Moc05g00160 (gene) Bitter gourd (OHB3-1) v2

Overview


Name	Moc05g00160
Type	gene
Organism	Momordica charantia cv. OHB3-1 (Bitter gourd (OHB3-1) v2)
Description	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1
Location	chr5: 87700 .. 124593 (+)
RNA-Seq Expression	Moc05g00160
Synteny	Moc05g00160

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGGTGGAGCAGCCGCCGTCTGAGCTGAGCTTCTCTGGAGCTGGGGCCTGGGGGAGTAACTAGTAAGAGGCTTTTGGGGGAAGGTTATGGTTATGGTTATGGTTATGGCTTTTGCTTTGAGTTTGGACGGAAAATTGGAATGGGCAACGCAACGCAACGCAACTTTAGCAGTGAGTGACTGTGAAAGTGAAAGAGAAAGAAGGGAGGTGCGGGGTGGGTGACCCAGCAGTGGGGCCCACGCTTGTTCCTTCTTTAAGCTGCACTTCTTTTCAAAGTGGTAGGGACGCCCCGCCACCGCCTCCCTCCGCTACGCCTTCGTCTCGTCTCGTTCTATGCCATTCGCAACCCCGTTTCGTAATTCCCCTCCACGCGCTACTTCTTCCTTTTCCACTCGCCTTTCTTCTTTTCTTCTCTCGTTTCCCTCCCTCAAGTCACTATTTTGGATTTTTCTTTTTTTGGTCGCATGGTAAACATGTAAATTGCAATTATCTTCTCTACTCGTATATTTCTACCATTCTCACGCTTCTTATTTCTTGAAATTGGCTTTTAAATATTTCTGCTCCTGTTGCTCTTAACTATGCTCTATGCATATATACATAATTATTAGAGATACTACATTATAATTAACAAGATGAGGGAGTTAACATGAGCTTGGCTGCTCCACAATAAATACCATATTTCTCTTCATATAATTTTGCAAGTTTATTGGCGGTAAATACACTATTTTTACTTTGGGTAGGCATAAATAGAATGTTTGAATTACGAAAATGGAGGCTGGAGGAGTGGAAATGGCGAGGATGAAAAATTCAAAATAGTGAAAAGTCGAAAGTAGGCGGGAGGATGGGGCAATGAGACGAGGAAGGGGATGGGCAAAAGGGAGAATTGGGGAAAAAGGACAAAGTGTAGTGTCAAGTGGGTGTGGCACTGAAAGTGAATAATTTGAGAGGAGCGTTAAAGAAGGGTTTTAGTTTTAGCGTCTGCGACTGCGTCTGCGTCTGCGATACCAGTAGGCAGTGCAGTAGAGTTATAAAATGGTCGGCCTCGGCCAATTCGGCCAAGGATTAGCTTCCTCTGTCTCTTTGTTCCCTTCCACCCCTCCCTTCCAGTTCCAGTTCTCAGTTCCCACATATATTGACATGCCTGCTCTCTGCTGCACCCCTCCCTTGTCAACAAACATTTCTTTTCTATTCCTCCATCCCAATATCACCATATACATTACTCCGTAAAACTGGTGGGTTTTGACAAAATATTGGAATTAAAGTTGTCCTACATTGGAGGAAGAATTATGCATGTGCTAGAAGTTGTCCCACATCGAAAAAGTACAAAGAGGAAATGTGTTTCAACTACTATAAAAAGAGCTCATGGGCTTGGGTTTTAATAATCCAAATTGAAATACTTTAAGTCTGATATACTAGCTCTAGTTAACTGAACGGTATTTGATTTGAAAGAGTGTTTTGTGTAATTGAGATCGGGAGAGAAATCTGTGTGATTGTAATAATTTTTCACATAGTGGATTTTCCCTCAGGCCGTGGTTTTTTCTCTGATTTGGAGTTTTCTACGTTATTATTTTATTGCTTTCTTTAAATTCTCTATCATGTTACTTAATTTTTATTTCAAATATATATATTTAGTCCTGAGCACTTCTAAATATTTTTTATTAGCTTTTAACATCGTGATAAACTAAGATATATATTATTATATATATACATATAACAAAAAAAAAAAAAAACCCTTCAACCATCAACAATTATGGACCAGTTTCACTTAAATAATTGTATGATAATACATTATAAAGTGAAACGGAATTTATGATTATCTAACATAGTTGGCCAATCTTTAAGAAATCAACTAAGACATGTCTTTATTAAAAAATAAAAATAAAAATAAAAAGTCGTCCTTTAACCATTATACTTTTCTTTAAAACTGTCCATGATAAATTATTTTGAAAATATAATGGAAAATAATTGTCCAACCCATATATAATCAAGTCGCTCGTATTGCTATTTTGTTTTAATAATTCATCACACAATGTTTGCACTAATTTGTGCCCATCTCAACCAACTGAGAGCTACCCAACAAAATTTGTTGCTATTATATGCATTGGCCACTGGGACTCTCACATATATTTAATTATATAAAATATTGTCCCTTTCTTTCATGTTTGTATGTCTAAGTAGGATGAAACCCCATACAATGTTAAGTCACACTCACAAAACAATTCACAATTTATTGGGATCAAACAGAATATGGCCTTTTGTCATGGTCTTTCCACATATTTTTCGCTTTCAATAAAGAACTTGAGCAGCTCCAAATTTATTTTCTTATATCTCCCGCTTTAATTATACACATTATTATATATAGACAAGATGAAATACCAAGTCATTGAATGTATAGAACAGCCGAATAACTTGTGGTTTAAGTTAGTTTGAAATTCTGATGTCCAGTTAGGGAAATTAATTCCCGTGTTTGGCATGTGCCATAATATATTAAAAAAAATGGGAAACAAACGTATGAGGGAGGAGAGGAGAAACAGTATAATAATAACAAAGAAAACAAATATAGGAATGTCAGAAGAGAAGGAGAGAAGGGAGGGCATGAGAAAAGTGGAAGTTAAAAGAAGAAATTGCAATGGAAGAATGAAGAATATTGAAGGAGAAGAGAAAAGATAAAAGTTTCATCGGGAATCGGGGAGCATTGAATAAATGTTTGAACCAAACACTTGATTTGTACATATTGACAACGAATAACATCAGAAAAGTAATTTGGAAATTGGAAGCACGTAATAAAGTGCTTATCCTATAAACTAGTCAAAGCGACCACTTCCCCATTGGTATCCAACTTTTGTCATTTTGACTCCCCACCTCCACCTATGCTACTCCTTCCTTTATGCATTATCCTTTTTCAATTCATTGGTACCTCCAAATAGCTGCAATTTTTAACCAATCAAATTAAAACAGTGCTTTTAATTATATGTATTGCGATTAAACTAGAATTTGCAAGTAAGAATACAATAAGCTTCTTTATATATGACTCAGGGAGATGATGTAGGCGATGATTGGCAGAATAAAGTTGAAGAGCATGAAACGAACAAGTTGGCATATGCCATGTGAGAGCTCTAATCCCAGTAAAGCAAAAACGTTTGGTGATTAAAATGATTAGCTTCTTAATATTTAAACTACTGATCGGTGATGAGGACTCAGGAGTCACGCCAATGAGTAATAAAAGGAAAGGATTTAAATTTTGTATTCTTTTTGTGTACTGGAGTGGGGCCTGTGTGGCTGTTTGCTTTTTTGAAAAGGTTTGCAAATTAGGGTTTGAAAGTTTGGGATTTGGGTTCTTGGAATTAGGAAAAGGAGAAAGAGGGTATTCATTATTCAAAGTTGGCTTCTTTCATGATTCCTTTCTCACTCGCTCGCTGGTCCACACTCTCCAGTCTCCACTGCAATGCAAGATGCTTTTTCAGCTCCTCTCTTCTCTCTTCCGACATCCCACTTCGCTTCCTCCGCTTCTTTTTCTTTATAATTTACCGGTGGGCTTGGGCTTTCATTGAGCCCCCAGCCTCAGGCAGCCCACTATCGGCTAAGAACCAATTCAACCCATCCACTCCTGAGACCCAATTAGTCGCACCAACCACATTCGTAATCATATTGATGGGCACTTACCACTTACCAAGGCGCAAACAAACGGTTCAAACTATACAAAAATGTCCTCAATTTTAAGCTTGGTTTTAATCATACCCCCTGTAATTTTAAACTAAACTTTAAAAGTTATTTAAAAATACTTTTTCTTGATCAACTTTTCCATTAGAAAAATAAAAATGTGACGTGGCACTGAGGTTGTAAAAAGTAAAAATACATGTAGACATAAGTAGTTTCAACTATACCCTTAAATTTTGAGATAAATTTTGGTTACATCTCTATTATTTAAAGAGTTTCATTTTAACGTTTAACCAATCATTCCACAACTTTTTTTTATTAAAATAAATACGAAAAATGTGACATGACAGATAAATTGTAAAACGTAACTATGGGCACAAAATGACAGTAGAAGGATATTAGTCACGTTCAAGATGGTACCAAATAGGATAACAGATTTACGGTTGAGTTTTAGCAAATAAGTTGTCCTCTAAAAGAAAATCCACAAATCATTAAAGATAAAAAAAATAAAAAAACCACATATTGGTAAAGTTAAAAGGAGTACAAAGTCTATAAATAAAGTATTTTGTAATCTCAAGTTCATTTACGTTGAATTTCTCTTTATCCCTAATTTCTTGAGTCAAGTTGAGCATAGATTAATCGAGGTCAAGGCACAATCGCCTATATTAAAAAAAGAAAATGCTTACACAATATTAGTTAAATTAAAAAAAAATGATTTTTTTATTATCCAAACTAAAATTAATTAAACTGTAATTCAATGGTGTCAAATAAGTATTACAAGTTAGCCATTGTCCTGTATAGAAGAAAGAGATATTTGAATGCGTGTAATTTTGCATCTTACTTATTATATTGAACAGGTCCAATTGAACTGCCTCGAGACAAGCTGCCAATGGAGCCGTCTCCAGACTCTGCTTCCTACTACACGCCTGAATCATCTTCTTCCCCTGCTGGCCGCATATCCGATCCCAGCGAGACATCTTCTTCGCCGAACGGTTTTCACCAGGACGTCGAAATTGAGGTAGATACTGCCACCTCTCTTTCCTTTCTAAATTAGTACCCGTCTCCGAGAATTATTGAATCACCTTAATTTTGGTTGTCGAGAAACCATCATAAGGGTAAAAGAAATGTCAAATTCCAATTTTCTTGTCCGCAATTCTTGTTTCGGTTTATGTTAATAGAAGCTGCCGATTATCATCATCGTCACCATCTTCTTCTAAAATGCCACCCTCAAAGGTGAATTTTATAAAAATTATTTGCTTCCCCAATTTTCATGTGCTTTTAGTCACGCCCCTTTCCAATAAGGATCTCATCTCATATTTTTCACATTCTCGCTATCTTTCTTATTGTCATCTCTACTCAGTGTTCACCATATCCTCTTCGGTTTTTTTTTGTTGGTTGAAGAGTACTTTCTTTCTTTAATAATTTATTTATTTAATATTTTTTTAAAAGCATATATGGATAAATTTGTTTATTTATGTATCTGATGCATGAGTTTAATGGGTGAACATAAAATTGAATTAGAATAGTGAGGAAGAAAGAATAAAAGAAAGGAAAATTCGTGTGAAAAAGAATGGGTCAGACTAGTCCCATAAATCTATATTCATTCGAGAAAAAGAGAAAAAAGAATAAAGCGTTGTTTTTGGCGGGGAAGGGAGGGGGTTGGTTCCCTCCATTATTTGCCTATTTACCACTGAACTTATTGCTTGTTTTTTTAAAAACAAAAAATAAAAAGAGCTTATTCTGAGAAATTTTATTTTGCTCCCTAAGTGGTATCAGTGATCTTCTTAGAACGATTGACTTGGTTCAGGAAAATTAACAGGGGTAATTATTTAATAAAGGTAACTTTAATTGTTCTTAAAAATAAGTCATCCTTAAAAACCTGCATGGGACCAAAAAGAGCATACTTCATGTTGAAGCAGGCTTCAACAATTCAATTGTGATGGTTACAGATATATGGAGTCGGGTAATTTGTTCGTCCACAGACTAGAAAGAGAAATAAAGAAATACTCTATCAAACACGTTTTCAATTAATATTTGTATTAAAAAAAACACAAATGTTTTTCATATCACTTTCAAACAACCTCTAGATTTCTTGCATAGTCCTTCAAAAATGACAGGGAGATTGTAATGGTAAATTTCTTTTAGTTGAACTCGCTGGTTCATTTTTTTATATTATATATATTTATTAAGGTATAACCAGCTTATATTATCTTATATATCTATGAAGTGAGTGTCTCTGAGAAAGTGGGAATGGAAGAAAACTAAAAAAAAAAAAAAGTGACAAAAAGCACAGGAAGTGAATGTTCTTGATTTCTAGGACCAGTCTTAGAAATGATGTTGTGGTATAAGAAAAGTGGAACAAGTTTTTTGAAGTTGTACTAAAATTCTAATACAATTTCTAGTACTCTAAAGGGAATTCTCAGATGCATAATGTCATGTCAAGTACAGGATAGACCAGAAAGTTCTTAAATCAATCTCGAGAGACTGGTAGAAACTCATATAATGAGAATTGGTTGTACACTTGTACAGTTGTACTTGATTTTCATGAGCTCTTAGACGCAACTTTATCATGCTTGTAATTATTAAACAGTTCTACACTAAAGAATTATATAGGTTGTACCTCATTGTCATTGAGTTCTACAGAGTTCTATCCTATCAACCATTCTTAGGACATCGATAACAACATCAACAAGCAACTTTCTCTTTATTCACATGAAATCATCTCATAGAATATGTCAGAATAAGTTCAATGACATTATAGCCATCGTCTCTTGGACTAAAGCTTTGAAAACCTTTATCTAGTTCAAGTTTTTTAGAATCACGCTCCCAGTAAAGTACTGGTCTGACAGCCTATTTCCTTTCAATACACCGAACTTATATTATTTTACATGAACCCTATACAACCCAGCTGAAGCTAGAAAGAGTGTAACGTAAATCTAAAAGTCTCTTTCTCTATTTGGTAAATGTCTTTCTTACTCCGTAGAGCATGCTACTCATTAATACATACGTGCAATTTGACTCATTTCTCAAGAGTTTTTTCCATCTCACCTTTTGCGCAACATAGAAAAAATAACGGCAAAACCAAGTCAAGGCAGGATGTAACACTTTAGAACTGCTTGCTTTAGAGTTCTGCCAATTGACATCAAATCATCTTCTTCAGTCAAATGCTACATTATGTATTACCAAACCAAGTAGCATGCTTTAGAGAGTTGAAATGCATTTTTTGCTAGGAGAAAGAGACACTGACATTTTTACACTCGGTGCTTTCTGCATTGGTAAGTAGATTGTGTAGGGAAACACAAGTGAAAATAACAGAAATTTGGTAGATTTTTAAAAGGAAATAGATTGATAAACAAATTATTTGAAGGGAACATGGATCTGAATTTTGTTTTTTGTTTTTATTTTTAACTAGATAAAGTTTAGGAACTTGCTTTATGTATTTGTAGGAGATGATTTTTATAAGAATCGAGAGAGTTGTTTGACAATGTTTATGTCCTATGAATAACTGATGATATAGAGCAGGTTAACTTACAAGCAGGTAGTATATTCTACAAGTGCACAATTCCTTCAAAAGAAAGCTTATAAACATGATGCATGTAAGTCTACTGGAAAAATGATAAATACCAAGTCCAAGATTTGTTTGGATTTCTACGAGAGTTTTACCTATCTTTCTTTAAAGTATCTTCAGGAGAAACAGTGAGATTTTGGGAGGATCCATGGATTGATTCTTCCCCTCTATCCTCCTATTTCTCTGATATTTATAGATTGTCCTCTAAGAAAGAGATGTCTATAGCTGATTGTTGGGTTGCCGAGGTCGGAACATGGGACTTGGGCTTAAGAAGAAATCTGTTTGAAAGGGAGGTGGACAGATGGGCAGCAATGATTGGAAAGCTTGATGGGGCGATAATTGGTCAAGGCAGAGACCAAATCTGGTGGAAGGCTGACAGTAAAGGTATTTTCACTGTAAAATCAGCTTTTTTGGCCATTACTTCCCTTCACCTAAGCTGAATTCAGAGACAGCAGCTCTCATTTGGAATTTTAGAGTTCCTAAAAAGGCCAAGGTTTTCCTGTGGACGCTTTTCTGCAGAGGCACAAACACGGCAGAGAAAATTCAGCGGAAACTCCCCCATTGGGCCCTCTTTCCAGCTGCTTGTGGTATGTGTTGGAAGGATAATGAAAATGTGGATCACCTCTTCTTGCACTGTCCTTGCGCTACCAAGGCTTGGAATTATGTGGCAGCACTTTTAGATGTTTCCTTCTGTCCCCCAAGGAAAATTGATCATTTTATTATGGAAGGCTTTGGTGGCACCGCTCTCAAAGGAAAAATCTTTGTCCTTTGGAATTGTGCGGCGAGGGCTCTCCTTTCGCTCCTTTGGAGGGAGAGGAATGGTAGGCTTTTTGAGGATCAAAAAGGTTTCAATAGACATGTTTTGTGTGAATATAAAGCATACGGCTTCTTGGTGGACATCCATCCACAAAAAAAGTTTTTTGTAACTATGGTTTTCGTTTGATTATACAAGATTGGAAAGCCGCGATTGTATAGCTTTTTGGGGAGGGTTCTCTCTACCCTTCGCCTTTAGGGTGTTTTTTCCCTCTTTTTGGGGCCTTCTTTTGCTGAATATATTCTCTTATGTTTCTTATAAAAAAAAAGGACTGGTCCATGAATTTTAGTCTCTCCTGGATATGACACAATGCATAAGAGGACCCTATCATAGTTAGATTCTTGTTATTGTGCCCTTTTTTTTTTAATTATCCAAAGACCTGGAAAGAGAAAAGTTCTCATATGGTTCTTTGATCCGCTCCACTTTGAATATATTTGAATGTGTATAGTATATACACTGCAAGCAGAAAATGTATGAGACCTTTCCTAATGATTTTATTTTATTCACTTTCTTCTGCTGCTTATTTTCTATGCAGTCACCTGCTTTATTGAGAAGTGAAGAGTATCGGCAGTTGTTTCGTCTTCCACCTGATGAAGTAAGTAACTACTACATCTAGTCTTGAGAGTGTATAAGTTTATTGATTGATGCTGAAGTTGACAATAGGATCTTCTGTGTCATTCTAAAGAATTCAATAGAGCCTCTAGGCCAACCAAAAAGTAATAATAATAATTAAAAAAGACAAAAGAAAAGGAAACCTTGCCTCTGACATAGTTCTGGAACATTCATGTATACGGTGGTTTCTTGGTGAGGTTTCTGAAGTTTTCTCCTGGTTTGGAATAAGACAAACAACCTATACAGAAAACATTTCAGAAGGGAGATATTATGCTGTGAATTAATTCATTGCATTTTTCTCCTTATCATATATTAATGAAAAGTTGTTTCTTGTTTAAGAAAAAAAAATCATAACATTTTAATGAAGTATTTTCTACTTATTTCAGTACTAAATGAAGAATTTTCTGCTTCTTTCAATGCTTCCTGTGACCATTTACTACATTTTATTGTTTTTCAAGTTATTAACATACAATAGCATACAAACCTACCGCATGATGGGGCTTTTGAGTAAGGTGTAAAGCTTGCTTCTGCAGTGTAAAAAGATTGAATATAGCTTCTACGATATGGAATATGAGAAGTTGGTTGCTAGTCACTTTGGAATCATTTCAATATATTATTTATTGGATTATTTGATGAATATTTTTCTGTCCAAGGATGAGAGAATGTGTAGCTTTTTAGGGTTTTGAAATGACAAAAAGGGTTGCAGATTGTCGTAATTGATAATCTAGAGATATCTGCTTTATGGAGGTTTACTATGGAGATCATATTGTCTGAAGACTCGACTTATCTCTAGGGACAGTTTTATATCTGGGAAGCAATAACAAGCTAAATCTTGGTTGTATCATGTTAAATGGAGCCTTATTTGGAGGGTACACCCACACACACCCACACGTAAGGGCGGAATGGAGAAGGAAATTTGTCCCCCTTAGTCCGTCCTAGATTTAAAAACTCTATGAAAGTTAAGATTTTGAAGTTTTCGATCTAACTTACCACCCTCTAAATTTTTGGAATTGAAAAACAATATATATAAAGTTATAATGTATAATTTTGCCCATATCCCAAGGAAAATTCTGGGCTCTACCTTGACCACATACACATCTATCTATCTATCTACAAGAACATAAATCAAGCCTTAACATTTTGAATTATGGATTTTTCAATCAAGACTCTACTTTATATTTTGGCAAGACAACTCGCTGATGAGTGTGGCATTATATAGTCGTATTTTTCTCTAAGATATAAAATGCAAGATATTTTTATAAGAAACTCTGTATTAATGAGAAAAAGAGATGTATAGAAGTTATATAGGAGGGAAGATAAGACAAACTTTCATCTAGAGTCTACAACCGTACAAAGACTTGCGCATTTGCTTAAAGTTGGAGTTCATTCAGATAAGCTCGATTTAAATGCCTTCCTAATTGGAATGGTGCTCCCAGTCTCTGAATCCGAATATGGTACAAGATTGACAAACTGAAACAAGGACAACTTTTGATTCAACCTGAAATTCCACGGAGAGAAACTTGGCCAATTTTGGTAATACCGTAAAAATGATCACGTGCTGCTAGACTGTTGGGGACCAAGAACTTATGGCACAAAGCTAATGTGCAAGTTGTGACTAGTTGAACCACACTGGGACATGGTTTATGCAGAAAATGAAGGCTAAAGATTAGATTATTGTGCTGAAAAAAGAGAATTGTGATTGTCTAATCTTGGCAGAATATGAATTTTTCGTCACCATTCTTGATCTTTTTCATCCTCATCCTGAACTCTCCTTATCCTCCTTTATCTTCAATGGGTGGTATAACTTCGTTTGTTGGTTGATTTCAAAGCAGTTGGCTAGTGAATTTTTTGGTCCCTTGATGTGACGACTATTAAAATGATTTCCTGGTTGGCAGATAAGTTTCTTTTTCTCTTGTACCTTTTTTCCATGTGAAGTTCCAATCGGTGGATGTTCCCAATGATAGAAAGGCCCTGTCACTGAACATCCGAAAATTGTGTGTACTCATAAACTTTACATTACCAATACTTAAGATTTATTATTTTCTTGAGTAAAATACTTTTCACCCTTTGCATTTTCATTCCTCCAACTTATTAGACCGTGAAATTTTAATTTCAAGAATCATGTGTGTGGATCTTTTATTCAACCTCTACTTATTCTTTTCATCTAGTCTTCATTTTGCTTTTCTTTAAAATAAAGATCCATCTTTGGGAGTTCAAAGTCCAGTATGACATTACAACTCTGTATGCCTTCTTAAATATTGTCTTATAATGTTTGTCTTCTATTTGAAAATTTACCGCTTCTCGTTTGTGTTCCTAGGTCCTTATTGAAGACTTTAATTGTGCTTTCCAAGAGAACATACTAATTCAGGTGATTTTTTTCTTCCACAGAGCCTCGTTCAAGATAAATTGTCTTGAAAATTTATCAAACCTAACATCAGTGGGCTTGTCATATTGCCACTTTTGATTTTGCCATCAGAAAACCAATGATCAATCGTTAGTTTAATCTTGTAGAAGTATAGCATACATGGAGTTCCTATTTGGCTATTTGCAAATGGATGGATTGTTAGTCTAATCCTTTATTCCACTATTTTTTTTTTGTATGTTTCAGGGCCACATGTATCTGTTCATGCACTATATTTGCTTCTACTCCAACATCTTTGGGTTTGAGACAAAGGTAAGAAGTGAATTCAACTTTTAGCTGTGTGAGGTTATTTTTACCTAACAACTTGATTCATATAAGTTATGATTTAAACCAAAAGCTCTGTCTCTCCCCTTAGCACACATGGGCTAGCAGCCATGCAAACATATTCCTCATGTTCATTTTATCTATAAAACCCATAATCTTCTTTCATATTCTTAGGGTAGAAATTGCCCTCTTGGTTTCCATCTTTTTTCTCTTTCCTTTTCTTGGACTTCATTTGTTTGGTGTAAAAAAGTAGATACATTATGTTAATGAGAGTAGCTTTAGCTATACTGAAATGACTTGGTATTTAATTGAAGAATGTGTCCCATTTTCACATGCAAGAAGAATTTAGTAGAGAAATGTAATTTTCTATGATATGCTTATGAGTTATTTGATTTTTGAAGGTTTCAAAGGTATGTATAATCTCCATTTGAATGTTAGAATTTTTACCTTATATAGCTAGCATACCGTAACCCTAACAATCAAGGAAACAGTCCCTACAATTGGGCTAATTCAATAAGGAAATATGCAAGTGCTAATTCAATGCGATAACAAAGGCATTACTTTGCGAGCTGTGGTATGAAAGGAATCTCAGAATTTTTTAAGACAAGAGACAATCTCCGGAGATGCGTTTCAATATAGCTAAGTTCAAAGTTCCCATTGGTGTTCTTTATCTTCTATTTTTAAAAGTTACACCCCTAGATTGATATGTTCTAATTGGAGAGCGTTTATTGTACCTTTTTAGCTTGATATGTTCTAATTTTGTTATTGTACCTTTTTAAATTTTGTTATTTCCTTTTTCACTCTTTCGAAAGTTTGTATCTTTGAACATTTTGTTCCTTTTCATTATTTCAATGAGAAGTTAGTATCTTGTTCAAAAAAAATTCAATGAGATAACAAGATATACATGGTCTTGTACAAAATAGTAAGAAAATCAGATTTCCAAAGCAATATGTAAAGAAATTTATTCTTTCAAATCCCTCAGGAACAATTGACTTTTCAACACACGCACATATGTAGGTATATGTATGTATGTATGAATGTATTTTAGAATTTGTTTTTAGCTTGTTCACAAAATAGGGGATGGAACTAGCACTAGTTTTTGGCATGACAATTGGTTATCCAACACTTCATTCGCATTGGACTTCGCTGATCTCTTGCTTCGTCAGAGAACAAGAACGCTTGGGTTAAAGATTTATGGTCCACAGCTATAAATTCAGGGGACTACAACTTCCGTAGATTGTTCAAAGATATAGAAATTTCCATCTTCCCTAACTCTATGACAAAATCTGGATGTACAAGTACCCTAAGAAAATTAAAACTTTCTATGGGAGCTAAGTCACACTGTTATCAACACACATGACATGGTCCAGAAGAATCTCCCTTTCTATCTCCCCTATGTGCATGAAGGACTCAAAACTTAAAGCCATTTGTTTTTATCACTTGTGAATTTGCTGCTGAATTTTGGAACAGAATCCAAGCTTCTTCTGGTTGGCAGACTCCCCTCCACTCCACTATTTACTGGTGTGTGATTTATTCAAGCTTTCCTATGGACCATTTGTCTATAAAGGAATAACAAAATCTTCAACAGCGAATTTCTCCCTTTCAACAGATTCTATGACCGAGCTTTTGTATTGGCTTTGGGGTGGTGTAAATGCTTTTATTCCTCATTTCACATATTATAGTTTTTCGCAATCTCATTACACATTGGATGGCGATGCCTTTTTGATAGCAATCTTATGAGTTATGAGTTATGACAAATGGGAAGACCTTTTTGTAATTGGGAATCTTTCCCTCTTTCATATATATATATATATCTATTTCATATCATCTTGTGTGATAATTTGGAGCATAAAGTTCTCCTGATGGGCGGAGGTAAATGTGGAAGTTCTACACACACGATGGGTTGTGGGGCTGACATGATTTCTCTAATCACCAGTGTGGCTCATGCTGAAGTATTTGGAGAGTTTAAGCCTGGGGAATGAAGAGGCTAATCATTTAAGGCTGGTTGGAAATAGGAAAAACTACAATGGAAGGACTTCGACCAGGTTAGTGGAGCGATCAGGTGGATGGTTGCTTGATAGGAAAGAAGACCCAACATCTCTAGAATTTCTCTACCATCTTGTTACCTGGAAAGTTGGAACTATCTTCTTTGTTTTTTTAGTTTTTGAGGAAAAACAACTTTTAATTTAGAATAATGAAACAAAATAAAAGGGCATACAAAAAAAAAAGCAGCCTAATAATAGGGAGCCAAACTGAAAAAACGGGCTCCAATCAAGCAAAATCAAACATAATGATAATTACAAAAGGCTTTGGACATAGAGGCCCAAAGGGAGACATGAAATCGAACAAGAGCTCAAACGTCCTCCTTAGATCTTTCAACCCTTCTAAAATTCCTGTTATTTCTCTTAGTCCACAAACCCCAAAAAACAACTAAGACACATGCCAGTCACAAGAACCAACCCCTATCCCTAAACGGAGGGTGATGAAGAACCTCCTCCAACATTGAAGTACACTCACTGGCATTGACATGTTCAGTAGCATCCCTATATAGGATATAACACTGGGGCCATATTGAGCAGAGGAGTGCCTCAAGATCGGTCCAAAGTATTAACTTTGTTATGTAAGATATGCTAGACAAAAGATCTAATATTCTTTGAACTCTTAACCTTCCAAAGTGACGAAAAACAGAGTAGTGAAAGGAATGGGGTCTGAAAAACACGAAAAAAAGGATTCATAGGAAAATCCCTCTGAAAGGTTAGGGGACCAAAGACGAGCATCCTTCCTCCCCATATAAACAACAAAGTCCCCCAATAAGGCTAACAAGTCCACCGAATCTACCATTTACCTATTGGACAAATGACGGTGAAAACCAAGAAAGAGGGATGACCCGTAGCCCAATGAAGGGCCACCGAACGACCCCTCATGGAAGACAAATGGTAAAGACAGGGAATAAATAACAGATATATCTTCTTTGTGAATCTGATTCAGATGATTTTGTCGAGGGGCATGGTTAGATAGAAACCCCTCAAGTTAGGGCTGGTTAATTGGTCCATTTTATAAACTTGAACAAGGCAATAATTTGATTAATCAAATTTTACAAGTGAGGAATAGCTGAAAAGTCTCTTGAATTCACATGCTACAATTGTTTCTTAGGATGCCGATGGGTGTGCAAGACTTTTAACCACTATTCATTATTTAAAGGATGGAGTTCGACTCACTTTTTTGCGCTCAGAATCTCTCGGCTTGCTTTTCCGTTTATCGCACATGATGGTTGTTTGGTCTCATGGCTTTCGTTGCTCTAGAAGTTTTTTTGGCAGCTTTCTTCCCAGTTTGACGGATCCGACTAAGCTTTTTATCTTGCCTCACAACCAAGCTTGATTGTTTACTCTGTATTCCTGTTTTCCTTTAGTTGATTTTGCTTATTTTTCTTTTGGCTACTTTCACTCCCATTGGGAGTTTGTTTCTTGAAACATTGTATTACTTTTCATTACTTCAATGAGAAGTTTGTATCTTGTTAAAAAAAAAAAAACCACCATCCATTATTTAATTTGCAAGTATTTTGTTTTGTTTTGTTTGGTTTTTTTAAAAAATTGCAAGTATTACCTCCGTATCATGCTGTGATTCCCATTTGAGCATGAATTTCATGATTCAATAATTGATTTCTGATATCAATATTTTATTAAAAATTTAAAATTTTGTAATCTAGGGCTTTTTAGCCTCTTCTGTATCAGGCATTTTGATAATGAAATCTTCTTAGTTTCTTATATAAATATAAAAACAAAATTATGCTGTTGTCAAGGTTCTTACTATGTTTATATCTATCTTTGATCCTGCGTCAGAAAGTAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAGATATTTGACGGAGAGAAAAAGGTGGCCCTGACTCTTAGTTTTTAATGCATTATGTTATCCATGTTTCTTTATTTTTTAATTTTATCTACCAAAATTAATTATAGTGTAGATAACATTTTTGTTTTTTTTTTTGGATAGGAAACAAATTTCATTGATAGCATGAAATATACAAAAAATGTCTATCCAATGAAGTTAGAAAACACTTCTCTAGTTGGATATAAGAGTATTTAAACTATAACTGCTAAAAGGATTAAACCCAAAAATCTGCAACTGAAGCTTCTTTTCTGAGAGACAGGTCATAAAGCAGGGGGTGATCAAACTTCAGAGGTCTGTTCCCACACCATCGGTCCGTCCAAAAAGATGTTGAGTGGCCATTACCGATTTTGCAATAGATATTAGCATAGACAAGGCATCTGTTTGTGTATAGATTTCCAAGGACCTTTGGAGGTTTGTAATGAGTGGCTGTCCGGCTTTAGGTCAAAGTGTTTGGCTCCATATTTAGCCACAATCACCTTCTCCATAAAAGCATCTTTTTCAAGGTGAAACCTCCAAACCCATTTTGCAAGAAGTGCCGTATTCTTGTTCCTTATATCTATTATTCCGAGACCACCCTCAAGAAGAGGAAGCTTAACTTTATCCCATCTAAGAAGATGGATATTGTCCTTCTCTCTATTGCCAGCCCATAAAAACTTCCCGAAGAGACTCTAAAGCTTCAGCTGCACTGTTTGGAATCAGGAAGAGCGAAAGGAAATAAATAGGAAGGTTAGCAAGGGCGGCTTGTATAAGAGTTAATCGCCCTCCCTTAGAAGCATGAGTGTGCCTCCAGCTCATAAGTCTTCTATCCACTTTCTGAATGATTGGGTCCCAAAAGGAGGCTGTTTTTGGCTTACCAAAAAGAGGAAGGCCCAAGTAGGTGCTCGGCCATGTACTGACCTTACAACCGAGCATGTTTGCAAGATGTGTGATATGGTCAGCTTCACAATTTATCCCTAGCAGCTTCGATTTGTGATTATTCACATTTAGGCCCAAGGCTTCCTCGAAGAGCTTTATGCAAGAGAAAAGGTTATGTATATCCTTTTCTTTGTGGGATGAGAATAAGATTGTGTCATCAGTGAATTGTAGGTGACTTAAATTCATATTCATACTTCCTCGACCCACTGTGAAGCCTTCAATGAAAGAGTTCACTTGTGCACTAGATAAAATCCTACTTAGGCAATCAGCCACCAGAATGAAAGGAAAAGGAGAGAGCGGGTCTCCCTGTCGAAGGCCTCTTGATGCACGGATAACATTTTTGTTTTTAGTTTTTCATATTTAAAAGATTTTACTGATTTACTAACATATTTCTTTGTTTTCTAATCTACTTTCAAAATTATTTATAACCAAATTTTGAAAGCTAAAAAAAGTAGTTTTAAAAAAACCCCTGTTTTTTAAATTTAGCTAAGGTTTCAAAGTGCTTTTAGAAAGTGAAAAAACTAAACTAGGGAAACATCTACAAGTAGATATTATACGAAATAAAATTGTTATTAATCATCTGGCAGCATAATTTCAACTGGCCCAAATAACTTATTTTACTTATTAACCTTTGCAGTATTTCTTTGCATCTTTTCTGTCTCGTGATGAGGCCTTTAAGCTTATTGATGATGGATGGTCGCAGCATGCTAAAGGGACCGAAGGAAATATGGAAAATCAGGTGAACAATCATGCATTCAATGTTTATCTGTAACAGTAGAATTGTTTGAGTTGTAATGCAAGCAAAATTTTACCCTAGATTCTACTCACACTAATATAAGCTTAGATATTTAGTGCATATTTGGAAAAAGCATTGAGAATTATTAACTTTTTTATTTATTATTTATTTTAATTATATTTTTTGGATGATCACATTACTTTGACATATGGTATAACTTAATATAGCCACATCCTTCTTTCTATAAATTGCACCATATCCTTGTGTATTTTAAGTATGCCCAGAGGATTAAAATTCTAGGCAATAAATTTTCAACATGTTTCTGCTTATGTTGAATGAGCTTGGGGTCCAAATGTGTTCGAGATTGATGAGGCTCGATATATGGATTTTCTATTCTTGATGGGTTTCTTTATTTTCATGTGTGCTGCACATACACATGGCCTATATACGTGTGCTTGCATGCATGTAGACATGCCTGTATGTTTGCATGCTATGGACGTGTGCTCTTGCTTCCCTGAAATATATGGTTCACGTAATTCAGCTGCTGACTTGCTGTAATATGCAAAATTTAATAAAATTGTTGAAAGTTGGCAATGAATATCCAGCTAAGATATCACTGGTAGGAATGACAAGTTTTTAAAAAAACTAAAAACTCGTCTCTATTATGTATTAAATTTTAATTTTTATGTTAGAAATCAATAAATGAATCTAGCAGACAGGAAGATGGTATCCTTGGCATTGAAAATGCCACGGAGCTGGATTCTTCTACAGATTCTTTTGACAGGTAACTTTTTTCACCTTTACCAATGTGTTTTCCATGGACTCTTTGCTGCTTGACTTACTAGATTATTAAATCATCTGGGTGTAAGGAGTATGAATACTCCCATTCCTGATGTTTCTATGGTTCAAGCCAATGTTGAAGAGGAAAATGGGCCAAAGACACTACCAGTAGTACCTATTAATGTAATTCAGGAAGCAGAGCCAATTCTTGATAGTCATGCTTCAAGTTCAAGAAAGACATTGACATGGAAGCTGGAAAATGTGGATGCTCCCAAGGGTATATAGCATTTCTTTCCCTTCTTATTTATCTGCTTTTCCCTTTCCTTCCCTTTCCTCCTTCTGACCTTTTAGATTAAGGAGTTAGCCTCGAGTCCTTGAATTGTGCAGTCCAAGAATGTCTTCAGTCATTCCTTGTACCTTCAAATTTACCATTGGCTTCTGAGAGAGGATGCATATATTAGTTAAAAAAAGTTTTCTTTCTAAATATTTATTCCGAGTTCAATTCTTAGTTTTCATTAAGACAAATGAAAGAATACAACCGGGCAATATAAAAAAAGAAAGTCTACCACAGAAGGAGACTATTCAAAAGAGACACCCTCAAAACTACAAAAATGTGGCTCTAGTTGTAGAGATAAGGATAGTCACCAAAATCCTGAGTTAGCTACTAATACCAAAAGAGAGACGTAGGACCTAGCATAATCTACAGCTCAAGACTTTTAAGCCCCCAAAGATTCTTCTATTCCTGTCCAGCTAAATGTTTCACAAAGCAAATGAAAAAGCTGCAACTCTTACCTCAAAACAGGATCGATTGTGTACCAAACAATGTGAAATTCTCATCTCAAAACGGCATATGGAACTACACCTTTTCTATCATGGCTGACAAGATCCATTGTGTACCAAAAATCTGCAACTCTTACCTCAAAACAGCATACGGAACAACACCTTTTCTATCATGGCTGTCAAGATCCATTATGTACCAAAAAGCTGCAACTCTTACCTCAAAATGGCATATGGAACAATACCTTTTCTATCATGGCCGACAAGATCCATCATGCGCCAAACAAATGTGAAAGATCTCCGGAAAAAACAGTCGTACAGAAAATGGCAATTCCATCGTACGTTTACATAACCCACACCATATAGTGTACGACATCCAATGAAGTGCACTTCCTCAGGGCTTCTATTTTCCACTTTTCCCCCCTTATTACTGTAGATTGAGGTATCCTATGAACCCTCTGATTTCGGTATGGGTGGATATCTTATTCTCCCATTATCATTATTGTAGCTTTGTTCTTTGGAATAAATCTTTTTCTTCAATTTCTTATCAAAAGCTCAAGGGCCAGCCCGATTGGTAATGACTTGGGGTCTCTTGGCCATACTGGCTTAGAGTTTCAAGTTCGAACCTTCCAGTGAGCTTAATACCAAAATTACTTGATGTCTCCCGTGTCTGGGCCTTGGGGCGGGCGCAGGTGCCCCTAGGTACAGAGATCAAAGCTTCGACTCCCAGTTATAAAAAAAGAAAAAAAAAGTTATATCCCATTCTCTAGAAAGAGTGTCCTGTTTCCGTGGAGGGTGTGAAGGGTAGGTGAGAATGGGGATTATTTTGGTATAACAGGAAGGGCTATTTTAATGAAGGAAATAAAAGGCAGGTTGACTTGGACATAGGGATGCTGTTATTCATTACTTTAGTGGTTCACTTTTAGACTTGCCTTGTTATAACAAGTGAAATTCCTGTGCTGAATAAATGATGTGGTTTGAATTTGGAATGCAGTACCGGATTGTTTTACCAAGGTTGCAGAATCAAAGTTTCCGGTAAAGTTGCTCTTTCTTTGATGAATTTTACATGTAATATGTGGTTTAGATTTGGATCCTTCGAATTTACAGTTTCTTTGCAATTATTAATCAGTTCTGATCAGAAAAGTTGGTTCAAATTGAATTGCAGATACAGGTGGAGGATTTCTTTAGTTTCTATTTTTCAGATGACGCAATTAATTTTCTTTCTTCATATCATGAACAATGTGGAGATAAAGGTAGGGCGTTGCAACTATGCAATGTAGAAATCCTTTATGAATTATTTTAGCTAATGTTACATATGTAGATCCTTTGAGTTACTTGTTTGATCGGGGTGATACTTTTCCAGAGTTCAAATGTTCTCCATGGCGTCCTGATGACATATTTGGGCATACACGTCATTTATCATTTAAACATCCAATAAAATTATATTTTGGTTAGCTTCTTTTCATTTAAGAGAATATTATACCTTTTTCGCTATGTTAATATTTCTTTTTCTATTTTAGATCTTTTATGATAGTATTAATTTTACTATAAAGGTGCAAAGTTTAGTGGCTGCTCGGAGATCCAGAAATTTCGAGTTTATCGAGATAGGTTTGACAAGTTGCTTTGTAATGATTTTATTTTTTTTGCTGGTCTTGTTCCTCGTTAGTCATGAACATACTTTCTAGACATTTTTTGTTTCTCTGTTACTTTTGTGTTTGTATGTGGTGAAATTCTCATAACAGATGCAGACTTGTAATAAAACTTTCAGGGATCATAGTAAATTCAATATTGTTATATCGGGATTTATATTTCAAGCCATAGATGAGAAAAACAAAAGTTAAGTGAAAAATGAAAATAGTAGCTTAGCATATAAGGGATTGTAAACAAAAACAAATATAATAAGAAACTCTAATAAAAAGAAAGAAATTAACCCTAGACCAAAATTTCACCATTATTGAAAACTATCATAATTACAGGTATAGTCCCTTAACTTTTAGTCGTGTATAATAGATCATTGAACTTTAAAAACTATCTATTGTGCCTATGAAATCTCAATTTTGTGTCTAATAGGTGCTATTAACTCTGTCAAACTTTGTTCTCAATTTTCTTCCCCTATTTACCCGTCCTAGACCCACTCAAATGTATCCCATGTGGCGAGTTTTATTTGACATGATACAGTCATATAGTCTTAAATAGTACAATTAGCGTGTCATGTAAGTGCTAAACTAATGGAGTTTTGACGGAATTAACAACAGAGACTTATTTCTCACTTTTTAAAGCGCGCGCACACATAGATGATATTGAAAGTTTAAGCACGCGCGCACACCTGAGAGTTCAAAAACTTATTAGAGAGTTTAAAGTTTAGAGACACACACACAACTGAGAGTTCAAAATCTTATTAGAGAGTTTAAAGTTTAGAGACCTATTAGATGATATTGAAAGTTTAAGGACATGCGAGAGTTCAAAAACTTATTAGAGAGTTTAAAGTTTAGAGACCTATTAGATGATATTGAAAGTTTAAGGACATGCGAGATAAAATTGTAGAACCTATTACAAGAAAGTTTAGGATCGATCTGATAGGCATCCAAAGCCTCCAATCCACCATCTGTACCCAAGGGGAGGTTGGGAAGTGTCAAAAATAAAGGAGACAAGGTACAATTTACAAAAGGGGGCAAGGGAGGAATAGGTTAGGTGTGAGAATGTGTGCTGTACGGTGTGGTCCCTCCCTAATTTTGTAATAGGAATCATGTCTATAGGCTACGTAGGGAAGGGGTATTTGACTTGGTGGAACCCTTGCAGGGGTATCAGATTAGTATTATTTGAATTTTTTTTTTTGTTTTTTTTGTTTTTTTGTAGACTTGTCTGAGAAGATAGCTCCTGACGTCTCTAAGTCTAAGTGCTAGGGGACTCAGTTTATTGTTTTATTGCGATGAACGATATTTCTGAGATAGGTCCACTGAGACCTATCACAATCTTGTAATTTAACCTAATTTTTTCTTTCCTTGCCGCGGGTATTTCCTTTTTTGAAATTTTATGGTGTTGGAGGAGTGATTTGGACTTGAGGAGTGGAAGAACGAAAAGGAAAATCAATTTTAAATTGAAGTTATCGGAAAATAAAAAATAGTACCGAAGAGTTGATCTTATTAATTGCAATCTTACTTACAAGTAAGCTTTCCAAGAAGAGTTGATCTCATTAATTGAGTAATTGAAATGATTTAGAAAATAACACACCATGAAGCCGCATGATATTTGATTAGTTTCAACTTCCAAGCTTTCTTCCCATGGAGTGCATTTGTTGTTGAAAATCCTTTTTTTTTGTTTCATACCAAATTATGAAAATAATAGCTTGGCCAATGTTGATCCAAGTGATTCTTACTCTCCCTTTATAGACATTTCTGCGAAGGAGAGTACAAATATTGTTCATAGCTCTAAAGTTGTTAACTCACAAACAATCAAATATTTAGAAGAGTTCCATCCATAGGTGCCTACTTTACAAGCAGTGGATAAGCACATAAAGAGTATCTTCGTTGGCCTCAAAAGTTCAAAACATAAAGTGTAGCAACTGGGTAACAACACCCCATTAAGGCATTTTCTTGGACTTTATCAAACGTGTTTAGCCTCTCCACAAATACCAGCCATGTCAAGATATTCACTTTTGAATTTTTAGATTTCCATTAGGCAGATGCAAATGCTTTTTTTTTTTTTTTTTTGAAATGAAACGATTTCATTGATATAATGAAAAAAGGAGGGAGAGATGATTACAAAAAAGAAAGAGGACCCACAGGCGGGTTAAAAAAAGCTCTTCAATTTGTCAATAAGGAGGCAAAGCTATATGAGTGGAAAAGGGGGGGAGCATTTACACCAAGTAATGACAAAAAAAAAACAATGGATTCAAAAGTGGCATGTGGTGAGCATTTACATACGAGCAGATGCAAATGCTTTTGGCAATGTAGCAGCTCCCTCCAATTTTTTTTGACAAAGATTTGACTAAGAACCATCCCGAAGACTCCAAATTCGAGAATCTACAATTTTCCTTTATGAATAGAATTTTTCCATGTAATAGTTCCAGAAAACTACAATGTACGGTTACCTCCTCATCTTTACTTTTTCTAATACATATTTCCCACGATCTAGAGCGAATGTCCCAAACATCGACCGACCACAAATTTTTCTGACTGAAAGTTCAAGTATTTTGGGAAACCAATTGGCTATGGCTCATTTTATTGCAAGGATCTTACTGGAAGGTGATTCTCTCACCATATTAACGATTTTGAAGGAAATAAGTTTAGCAAAAGTGTCTTGCATTCTCAAAATATTTCACCAAGGGCTTCTATAATTTCCATTCCTTTTGGATTTAGTACACCAATATCGGCTTTCTCAATTACATACATCCTTACTAGCCACCGCTTTCACTTTGTACTATGACATAGTTCATTAAAGAGAGAGAGAATCTCCATAGCCATTTAGATAGTTGAGCTTCATTCCTCTTTCTGAGATTTCCTAAGCCAAAACCCTCTCCCTCCATCAGGTTGTTCCATCCCACTAAATGTGAGATTTTCTTATCATTGTGGTCTTCCCCCCAAAAAAAAGTTTCGTAAGATATTTTCAAATTCCCCACTGACACTTTCTAGCAAAGCAAAAAGAGACATGATAAACTGGGATACTTGATGACTTAACGTTTTATAGTTTGGTAGTTGTCTTGTGATATTAGTTGAGTTACATGTAAGCTAGCTCGGACATTTACAAATTTATTTGTTTCTTAATACACTTACTAGGAATTGCTCTGTGGTTGTTTATAACTTATGATAAAACCCTGCATTGGTATGGGTCTCATCTTTACCGAGCTAGATATGGTTTGTAACCATAATGCTGCTGATTCTTTCCTTAGTTTCTAATTTGTAGGGGCGAGGGAAGGCAGGGGGTTTCGTTGTCCATCTATTTTTATTAATGTGCTGATACGTGGTTGCTCATGGACTGATGCAGGCCTTATTTGAGCTTTAAGTTTCTGTCATCTATAATATTTCAAACTAATCTGCAAATTTTTATTCAATGCCTTTTTCAGTTAGATTAACTCTCTACTCATTTTCTCAGTCATTTGGTCATTGAGCTAATGCAAGAAGTCAATGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGTATCAGCTACTATTCAGTTTTATTTGGTCCATTTGGTGGCAATTATCCCTCTATTGTTTTTGGTAATAAGTTCTAGACGGGGAAGATTAGTATATGTTTCTAGTAGTACTAGGTCTAAACAAGCGCTGGTCTTAAAATTGTCCAAGGATTCAGAACTTTGCAAAAGTGTATCATACTCCATCTTCCATTCAAGCCGCTCCAACCTTCTTCTTAAACGAGCTTCTTCACAATAAGCCATATTATTTATTACTTTTTCTAACTCCTTTAGTCGCTTTTTATTGGAAGAGAATCCCAAAGAAGTAACAGAGTAAGGGCGATGAGAAAACATTGTAAAGTAATAAACTTTTAAGGACTTTAAACCCAAACAACAAAAGGACCCCCTTGTTTAAATAAGAGAAACATGACTATAAAAGCCTCTTCATCTACTTAGATCAACGAAGTCTCTTCATCTACTCCACTAGCGAAAATAAGGAGGGAAGCTCCTTGGGAAACCAAACCATCAGCCTTTGAGTATTACCAAATTAATGAGATAAAGTCTGCAAAGAGATTTCTCAATTTCCCCTAAAATCTATAAAAGACACCTTTAAAGCTAAAACTGAGAAACCTGACCAAGGATTTCGCGAGACGGCATGCACCAATTAAAACACCTTGAGGATCGAAAATATTGTCTTGAAACAAAGGTGGCTGCTTATAAAACATCGTGTGTCAACCAAAAACTGGAACAATTACTACAGAAGTATGGAACAGGCATAAGAAAAAGGCTCTTCAAAACCTGAAAACAAACACGTCAACCTGGCTGCTGCGAAAGGCAAAGCTCGACCCTTCAAATTCCAAAAAACACTCAACCAGCTTCCCTGAATCGTCAACTTCAAAAATCGAACTACCAAAGCACAACCAAACCAAGCACGGACCAGCCAAGCAAAATGATAACTGAGACTTCCTTGCTCAAAAACTCCTGCACACAGAAAACTCAAACTTTATTAATGAACTTTCACCTTGGAAGTGAAAGATCGAAAAAAAAAAAAATTGGAATCACTCTTATGGGGGGAGTGAACTTTCATCTTCTGTCACTCTTATGGGGAGAATCTGGTGCTTCTCTTTTTTCTTTGAGCTTTGCTCGGCATTGTTGGTTTTTGTTATTCCAAGAGTTTAATTTAGCCTGGGGTTTTGGCAATGAGGCTGTGGACAATCTTTTTCAGCTTCTTCTTGGGCTTGCTTTGCCTCCTAAAGCTAATTTGCTATGGCTTAATGCTATAAAGGTTGTGTTATATGAGTTATGGTTTGAAAGAAATCTCAGAACTTTTGAAGAAAGAAGAAAGTCCTCGCCAGATCGGTTCAAGTTAGCTAAGTTTAAAGCCTCTAAGTGGTGTTCTTTGTCTCCTTCGTTTGGAAATTACTCTCCTAGTCTTATTTTCTCTACTTGGGGTGCCTTTATTTTACCTAGTTAATTTTTTTCTTTCCTTTTATCGTTTTTTGTCTTCACTCTTTCGAGAGTTTGTATCTTTAAACATTTTTTGTTCCTTTTCATTATTTCAATGAGAAGTCCATATTTTGTTCAAAAAAAAAGAAAAAAAAAGGAACCAGAATGATTCCCGTTTCTTCAAAATATGGAGGGATGAGTGTTTGCTTTGTATTTCCTGGTTTTTCAACTTTCTTTTGTTCATTAAAGAGGGCCTGGAATTCTTCCTCAGAGGACTGATCACAATAATTATCCAAAGAAAGGTCTATAGAGTTTAATTTAGCCTGGGCCTATAGACTTTGAAGAAGAATCTAAGTTGCTAATTCTAACCGCTGCATCTTTATCTTCAAGTTCGTTGTCCAAAATATCAAGGGAAGAATTCCTACGGGCCTTACCTTCATTCATTCGTGGAGTTTATTGAACTAGAGATAGATTTTTGCTTGTCTTTCTTACCTTCAATATTTCTTTCTCTTTCTTCGTTGAAAGCTTCCTTCAAATTTACTTGCACCTGTTTAAGAACTTCATCTAGATACAAGTTTCTATCACCAAAGTTGAGGCTGTTGGAATTCCCGGATTAGGCTGTTGGAATTCCCGGATTTAAACTTTCTTTTGGAGTAAAAGAAAGCAAAAGGTTCAATGTATTTCCTTCTAGGCAAAGTAATTGGATGTGACTTTTCAGGTTTCAGCCTCTTCACCCTCCTCTGCTGAAGTTTCTCATGACGAAGAACTTGATTCAGAAATCAGTATTAGCAGTCCGGATTCTTCACTGGTTGCTAATTCCTTTGAAATTCCAGATGAAGTATTATGAGAACAATCGTTTGAGATAGATTTGCAGAAGCTGTTTGTTGAGGTAAAAGGAACTGAAGAGTCGGATTTAATTCCTTCATTCTTTAAAGAAGCATGCATCAATTGTGTCCCTATCTCTGGCTCACAATGAAGGTTATATTGTGGAACGTTAGAGGGTTGTGTAGGGTGAAAAAAATTGAAGTTTAAATAGTTCATTCAGAACCAATGTCCAGATGTGGTACGTCTACAAGAAACAAAGATGCAGCAATTTGATCCTTCCCTGATCAAATCCTTGTGGAGTTCTAAAGACATAGATTGGTCGACCATTGATTCATTTAAAAATCGGGAGGCATTATAATGTAGGATGAAGGTCGGTTCAATATCAAAAGGAGGTATTCTTTATCAATACTTTTTTCCTTTTCTGGTATTGACATTTTTTGGCTTACTACTGTTTATGAACCAAGAGATTACAAGGAAAGGAAAATCTTCTTTCAAGAACTTCGAGATATTCTCATCAAGGCTATCAAAGCTTATGAGCAGTTTTCGGGGTTTTATGTTAGCTGGGAAAAATCTGCAATCGGTGGTATCAACATACAATCTAGAAAAAATTTTCGGGGGTTTGTAAACAAATTGAAAAGAAGATGAGATCTTTCCTTTGGAACGGTTGCTCTTCTGAAGCCTTAAATCATCTGGTGCACTGGAATATTATATCTAAACTTCTGGAAGTTGGTGGTACGGGGATCGGCGGCCTTCTAAGAAGATTAATGCTCTTTTGGCCAAGTAGGGATGGTGGTTTGGATGTGAAACGAATGCTGTGTGGCGTAAAGTGATAGTAAGTTTGTACGGTGAGATAGTTTTGGGATGGTCCTTGGGTGTTATGTTAATCGGATGTCTTAGAAGACCTTGGATCAGTCTCTTGGCAATGGATGCATTGGAACCAGTTTTCGATTTTCAAACTTAGTTCAGGAGAGTGTATTTTGTTTTGGGGTTCATAATACGTTTTATAGGCTATCCCTTTCTTCTTCAGGATCTGTTGCTGACTTTTGGGATGCTCATACCTTATCCTGGAGAATTCATACACGGAGGTCTCTAAAAGATGATGAGTTGGAGGAATTTATTTTGCTATTGTCTTTGCTGCATTCTTACTCTCCTAGCCGTGAACCTGACAGTAGAAATTGGTCTTTAGACAGCTCGGGCTCCTTTACAGTTGCATCAATTTGTAAGATGGCCATCGGTGATCCAAGGCCAAGTCTTATTTATGGCTATTTGGAAAACTAAAAGTCCAAAGAAAGTTAGCTTCGTTACTTGGATCCTTATTTATGGGAAGGTTAACACGATTGATGTTCTTCAAAAGAAGCTTCCTAGCTTCTGCCTTTTACCATCGATTTGTGGCTTATGTTTATCCAATGAAGAGAGTATGGTGCATCTCTTCTTTCTTCGTCCCTTTGTCAGACAATGCTGGAACTTTTTGTCAGAAGAATTTAATTTGGCATGGGTTTTCGATAGTGAGTTGGCAGAAAATGTGAATCAACTTCTCTTGGGGCTGATTTTGAATCCTAAAGTTTCTCTTCTTTGGCTTATCGCTGTAAAGGCATTGGTGTATGAGTTGTGGTATGAAAGAAATTTGAGGATTTTTGAAGTAAAGAAGCAGCCTCCTTCAGCAGGCTACGTCCTTGCTAAATTCAAGGCTTCTCAATGGAGTTCCTTTTCCACTTTATTTAAACATTATTCTCTTAGTCTGATTTGCTCTAAGTGGGGTGTCTTTGTAACCCTACTCAACTAAAAAAAGGCAGGCTAGCTCCTACTCCTACTCCTTCTTCTCCTTCATCGTCATGGGTCCTTTTGACGGAGGCACATCCGGAACAGGTTTCGAGATAAGCCCATCCCCCGACTCAACATCGAAGTGGTCTCGTGCACGGCCATCATGTTGTCGGGTCTGAGCTGCCTGCGGTTACAGACTCGCCCGCGGAAGCCAAAAAAAAGCTCTTTTTATCATCAGAAACAACCTGATTGATTTTCGGATTCTATATGAACCAATGGATCGTGACAAGTTGTTACTACTAGCAATGACTTCCTCTTTCATTACTTCATCTTTTCCATATCCCTCTCCCTTGTTCTCAGTTACTCCCAAACGCCTCTTGGTCTTGGAGCAAGGACCTCCGCCCGCGGGTGCCGACCTCGTCCACTCGGAAGAACACAACCTCGGCCAGCTTTCCGGGGGGGAGCTTCTTAGCGCTCCAGGAAATGAGATTCCGATCGAGAACTAAAGCCCAAGGTAGAGTGTCGGTCATCAGGGCAGCCTGCCTTTTTTTTAGTAGAGTAGGGACGGATAGCTTTGAACAATTTTGTTCCTTTTCATTATTTCAATGAGAAGTTCGTATCTTGTTCAAAAAAATAAGATTCGGGGAACTAAGTCTTAAATTACTGTTGGTAGAGCCAACAACATTAATGAAGAAAAGGATATTGGGAGTTTATTGAACCATAAGTTTCTTCATTATTGCAACTGGAAATTGTTTTTTAATCTAGATCAGGAGGACCATCATTTCAAATTGTATAAGACAATCATTTGTTAGCTGTCTTTCCTACGTAATTTTAATGTGCTTCTCTTGTTATTCTCCATAGTTACTAAGTGTCTCCCCTCATAAACGTTAGGGATATTGGGAGGTGAAGAAAGATGCTGATGAATCAAATAAATGCTGCATCTTGAGGGTATATGTGAACGTGGCATTTCTGAAAAGAACTGTTTGGAAAGGTATGTCATTGCTCATGTACATTTCCTTGGAATTATGCTTCCCTAACTATAATGAAAAAGATTATAGAGTTTTAGTTTTGTAATTTGTATCATATGGTGGTCGTCAGTTCATTGATTTTCTTGACACGTTAAAACTATGGGAAGATTTGTAGTATTTCACTTGAAAGAAACCAGAAATGCCAAAAGTATAGGTAAGTAATCTAATCTAATCAAATCCCTTAAACTTTAGGTCTCAAAGATTACAAGTTCAATAGAAAGATATAATAGAACTTTCCATACCATGCGGTCGCCGACCGGTAAAATAAAATTCATGAAAATGGAGAAAAAATGAGTAAAGGAAAAGTATTGTTAGAACACATAATTAATCTTAAAAACTCCAGTAACAAAAGAGATAAGACAGACATATCAAGAACGAGGGCAGAAATTCACTGTGGAAAATCATTACAACCACATTCTCAAGAATTTATGATTTCTTTTTAACTTTTAAGAATTTAGGATTTGTTTGAAAACTGTTTCAAAGTACTTTTATATTTATTATTTTTATATAGCCAGTTTTAAAAATTATGGTCGGATGACTTGTAAAAACTAACACATACACACACATTCATGTATACGCACATGTATACATATACATAGTGTATATTTTATAAGAAACTGAGAAGTATATTAAATAAGGAGCATACAAAAGAAAGGGGAGATGAGATATTCCTACCAGACCAAATGGTTACAAAAATGAGGTCCAATGAGTCAAAATATGTACAAGATCATAATTACAAGAAAGTTGGGAGAGAGAACACCAAATGGCGATGCAAATAGTTTAACAAAGTTTCAAAACTCTAGCATGTCCTCTGAACGGATTGCGCCTAATAAGCTGAATGAGGCCTGCATCGATTCTATTGGGGAAGCAGTAAGCACCAGTCGGTTCCAGAAAAGCTGAATATCTTAGACCAAACAAGCAAATGGACAGAGGAAGAAAAGGTGCTGGTGATTTTCTTACCCACGGTAACACATAATGTACTGAGTTGGTGAAAGAAAAAAACTTTGGGTATATTAAAATTACTATTCACAAGTCTATGATTTTATAAAGTTATTTGTTCTAAAAATTTATGCAATAAAAGAATAAGAAAAAAAAACTTCGAAAAATATTTATCCAAATATACTTTCATTAAACCATTTTCTTCCCAAAACCTGAAAACTATTTTTAAATCAATTCTAAAAGTATTTTGTTTCTTGTTCGGAAAAAAAAAAAATAATTCTAAAACAAGCTATTACTTTCAAACTCAATACCCCAAGCCCAAACTACACCAGAACACTTTCAAGCTTCTATTTGGCTTATTGCTTCCACTTTCTTAGGTGTTACAAAATAGAAATTTACCTCCCTAGCTTGCCAACAATCACCTTTAAGATCTAGAAGTTAATATCATTGCAAAATAGTTGTTTCCTTTAAGGATAGGAGACTAGTCTTCATTCCTTTGACTGCACGTACTTGCAATGATCTTCCTCCACAATGCATGTTTCTCATTAATAATCTCCACCCTGGTTTGGCAAGGAGGCTTATATTTTTTCCTCTAAGGTTTCCAACCCCCAGGCTCCCTTTGCAAATAGGCAGGGAGGTAATCTTCCAATTAACCAAATTTCTACCATTATCTTTCTTTGGAGAGAGACACCATTTTATTTAAAGAGTAGGTGAGAAACATACATATAAGAGGAGGAGGCTAAGCGAAAACGCTCTAATTTCTCTCTTTTGAAGCTCCTTTCCATAAGGAGCTGTGAATGAATTTTTCTAGCCCTTTTATAATCTTTCCAGGGCATCTGAAAACTGAGTGGCAATATAAAGGAATGCTTGATAATACAACATTCACCAAGGTGAGTCTTCCTCCTTTTGAACACATTAAATTTCTCCAATTTGAAAGTTTGGCAGCTAACTTCCTTCCACTAGAGCCAAAAAAAGGTCTGGCTTTTCGGGTTTCCTCCTAGCGGTGCTCCCAAAGGCCCTTTTGTTAGCACTTAGTTGATGACTTTTGAAAGCTGCTTTTTTTTTTTTTAGGAAATAGAATTTTTCATTAAGATAAATGAAAATAGAAAGAATATACAAGGGCATACAAAAACAAAGTCTAGAAGGAGGAACCCTATTTTTGCAATTTTGAAGTTTGATTTAATCGGCTAAAAAGCACTTTTCACCCTACCAAAAGCCATCCCAAACTTACCTTAAACTTGAAATACTGTGAACAAGGCTGCAACGAATGGGTGAGTTCGTAAAACATTAATAGTGATTACTATTTACTTAAAGTTAATATGAAAGAAAATAAAAACAAATAGTAATGAGATAATTTACACCTAACAACTTAAATTTTTAGATGCAGTGGTACTTAGCGTAAGGGCCTACAGGTACTATGTTTGAAATTTAGTTTTTTCTTAAAATTAATTGTTCACATGTTAGCTTATCAACCAAAAAAAAAAAAGGTTTTTCATGAGGATAGGGAGTTGTCTGAATGATTTGAGCAAGTATCGCGTATAAACTATTCTATTTTGTCTTTGATGTTGGGACCTTGAGTCTACGTCTTAAACTCTTAATCTCAGAAGAAATATTAATGATGGTGTAGTTGAGGAGTCAGTTTCTCTTATGGGTAAGCTGGATGATTGTTTTTTGGTTGATGAGGAGCTGTGGGAGTTTGGAAGCTGGTTTATCAGGCCCCCTTACCTGCAATCATTCCTCAAGGACTTTTGCAGTGGTTTTCTGTCTCTTAGCCAGGAGATCCCTAAAGCCATCCGGAGATATTCAATAGGAATGTCCAAATGTTGCCTTTCTTCTAGTTGTTGTGTGATGTGCAAAGGAGAAGCAATTGGTGGATCACCTGTTCCTTTCCTGCCCTTTAGCATATAACTTTGGGGGAGTCTGTCTCATATCTATGATCTGACTTTGCTACTTCCTACAAGGACTACTGGCAAAGACTTATGATTTTTTCCACTTTTATTCCCAAATTGCATGTGGCAATTTGGGAAGAATTAACAGGACATAAATAGATGTTAGTTTTGATATTGTGAAACCCAAGGATCTGTTGATTAATGCAAAACTAGAATGGTGGCAAGAAAAGTCACTTTGACATGCAGGATACTAGCTAGAGTTACTCCTTTTGTTGCCGAAAACGAACATTATAGAAATGTTGACATCTCTTGCAGAAAATATGGATCTGCACATTTGCCCAATTTAGAAAAATGCTTCTTATATTGGAGGAGCCAATCTGGATCACTTGTTTTTACATTGCACTACAGCCTTAAATACGTGGTCCTTTCTGTTTAGAGAGTTTAATTTCGCTTGCTGCATGCCTAAGAAGGTAGAAGATTGGCTGCTCGAAGCTCTTTAGGGATGTTTTTTTAAAGGAAAAGCCAGTGTCCTGTGGAGTTGTGCAGTTAGGGCCATTTTTTGGAGTCTTTGGAAAGAAAGGAATAGTTGGGTTTTCAACAATAAGCCTCGTTCTTTTGATTCTTATTGTAATCGTGTACAAGTTATTGTTTCTACTTGGTTTAAATCACAAGGCGTTCTTTTGTAACCATAGTCCCATGATGCTTATACGAGATTAGAAAGCCGTTCTTCATTAGTTAGAGTGGCGGGGGCTTTCTCATCCCCTGGCCATTAGGCTGTTCCTTTATGTCAATACAAAGTCGTTTTCAATAAAATATATATATATATATATATATATATATATTTTGGAGGACCTCTTGATTGAGCTACCATATGAATGTTGGGGAAGCTTAGGATCAACTATTTGTGCAAATTGAGGAAACCATTATAGGGGTTTAAGCAATCTTCAAAAGCATAATTTGGAAAATTTAGAGACTTTTTATCGTTCTCATCACATTTAAAATCAGGAAAATTAGGGCCGTTTGGTAATGTTCCTATTTATTGTTTCTATTTCTTCATTTTTAATAAAGAAAAATGAATTGCTTCATTTTCATTAAATCAATGAAAAGTTCGTTTCTTGTTAAAAAAAAAAAAATTGCATGGTCCTAACGTCCATGAATTCAAGTATGATAAAAAAAATCTTTGTATTTATGCTTTGGAACAAATTGGAAATGGGATTAAGAAAAAAGAAACTTGTTTTGGTTGTTTCAAAAATTTCTATACAATTTTGAGAATGTTCCCAAAAAAGGAGAAACAAGAAACATAGTTAGTTTCAAAATGTTAAGATTTCTTAAAGAAAATTGGAAACGAGAAACAAGAAATGGGAACGTTACCAAACGAGACTTTAGTTGCTAGTCTTTAATCTGAAGACAGTGTAAAGGTTGCTTAATTTTGTTGTATAGGCGACACATTTTTTATTACTAAAGAACTTCAGAATTGGATAAAGAAACAAGGAGCGCAAGAATTGGATACTGAAGACAAGGAGAGTTATGATCTCTCTTTGGAGCTGAAGGAGCAAAATTATAGAGAGGAATCTTATAACAATTAAAATATGGGCACATCTGATTAAAGAAACTGGCTTCCTTTTGGGCTGTGACAGTGAGTGAGATGTCCAAATAGTAGTGAAGCATGATCATTATTAATAGGTTAAAAAACATATTTGGTCCCTATACTTTCATTAAAATAACGATTTAGTCTCTGAACTTTCAAAAGTAACGGTTTATTCTCTGTACTTTTAAATTGGTTACAATTTAGTCCTTGCCATTAAAAATTAGGTTATCATTTAACAGTAGTATGATGTGGCAGCCAATTAAGATATATGTGTATAAATTAAATGGCAACCTAAGCATAATAGTGGTTCAGTTCAACTTTCAAGCTCGGGTCGGTTTGGTTTAGGAACTAAAGAAAAAAAGCAACAAAAATTGAAATCTTCTCCTTCAACTCGAACACAAAATCTCTATTCTCAGTTTATACCATATTTTCCCACTTCTCCCACATTGAATTTTCACAGCTTGAAATACATGACTCTGACAATCTCCTCCGTAAAATCACCACCTCAATTTTTTAAACTCAAACTTTGAAAATACCCTTCTTGTAGAAAGAAACAAACCCCATTTCGCTAAAATTTGTTTTCCCCCTTTTCTATCCACTCATTTGTCACTTGCAATTTCCATTGACGACAATGTCTGTCGCCTTCGACCACTGGCGCCACAACTCAACGCCTGCAAGCTTGACGGAGGTCTTCATCTCTTTTGCCCAAATTGATTCCTCCATAATTCCAAGAAAATCCACTGCCCGATGACGGCCACAAAACCTTACTCCAGCTAGGTTATCAAAATTCGGACGAAGCCCTACGTCCTTAAGCCACCTCCATCGCCCCCATCTTCTCTATCAGTACCTGCTGCACCACAATATTTTCCCCAGTGGAGTTTCTTGAGCTCGTACAGCGATGGACGTTATCCTGGAGTGGAAGGATGAGATTTAGTCAAGTTTAAACCGACACATAAAAAGTTGAACTGACCCATTATTATGCTTAGGTGGCCATTTAATTTATACACATATATCTTAGTTGGCTGCCACGTCATTCTTCTGTTCAATTTTAACTTAATTTTTAACGGTAAGGATTAAATTGTAACCAATTTAAAAGTACACGGATTAAATCATTACTTTTGAAAGTTCAGGGACTAAATCGTTACTTTAATGAAAGTATAGGGACCAAATGTGTTTTTTAACCTTATTAATATTATTATTTTTTTAATCTTTTTTAGAACTTTTGACCTTTATTTCCTACCCGTGTTGTGAGTTTTGTGGATTATGATGCAGGGAAAATAGTGCAGTCTACTATTGAAGAATGCCGAGAGGCCTATGGAATGTGGGTTCAGATGGTATAATTTTTTCCTTTCCAAATTTCGCAAGTCTTAATCAAAGTTGAAGTGCTATTGAAAAGAGCTTGTATGACATTCTATTTCAGGCAAGGGAATTGTTGAAGCAGAAACTTAAAGAATTTGAAGGTTAGAACGTTATATAAATTTACTTTTCTTCTGAACAAAATGTTATATTCAAAATCATGCAATTGATGACCATGCACTTTCTGGTTACTAATTTACCATTCAGAGGGAAGTCCTAGTGGTAGTACATCGTATAGTGGTAAAGATCATCATATTGAAGAAGAAACGAATAACAGCAAATCATTGGAAAGGTCAAATGAGAAGATTGACGCTAGAAGATTAACTGAGATGCCATATTCCACTGACGTTGATCAACAAGCTGAAAACTTTACTCGAGGAGTTCATTCTACTACGTTTGCTTCTTGGTCAAGAGGATACATGAAGAAGTTTTGGTCTTTGTTACGAAGTCAGAATTATCTTCCTCTTGCACTAGTTATCACTTTTGCTGTGATTTTCCTAATGCAGGTATGTAGTTTCTTTTACAACTTATCTGCCATGGAATCTAAATCAGTACACCTATATGTTCCATCCATGAATTTGCATACGATTATAATTTCTTTGTCATGTAAGCAGTAAGCTAGGCCATGACTACAATTTTCAAAATGATACCTGTTAGGCACTTAGTTTTTATTTTATTTTTTTCTTTTTCTCGTCTCTCTTGCACCCATCCTCCTTATGCTCCCGCCAGATTTTGATTCAATTAAAATACCTGATTTACCTACTAAAAAAATGCTAAAAACCCATTATTGACCTATGATGAGAAACAGAAAACCAACCTCAATCTCACCCAGTCCTTCAGCCAAGTTAAAAAGGACTCATAATCGAGCCTCTTCTTTGCCTCTTAACTCTATTATTTACAGAAAATATATGTTCCATTCATATTTTCTTCAAAATTCTAAGTCCAAAATTTATTGCCAGGGTGGAAACTACCTTATCCGTTTATGCTTCTTCCTATTGATAGTCTAAAATTTATTAATAATGCCTAATGGAATGGTAGATTCCGGCAGTCACGTTGGTTTGATAGATTGTCTAAATTGTCATGCGTGCTCATTCCATTTGAGCCAAACGTACGTAATAATAATCTATAAGGAAGATGAAATTGTTCAGTCGTGTTGGAACAGACAGACATTATATATTTTTAACCCAACTGGCCATTGCCCGACCAGAATGTGAATGTTTCCAAAAGTGAGCAGTCAAAGCACAACTGTTTTGCTTGAACAGTATATGTTCTGTTCTGTTCAGTTCACCCTCCATATAAATTTTAAAGGTATGTGATTGTGATGTCTAAAACTTTTTGTACTGGAAATAGAGGCTCCGCTCATCTCTCTCCATGCGCTCTACTTCCATCACTATCCTCTGCACACAAGTTGATGGCCTTATTGGTTGGGGCCACTGCCCGAAGGAGACAATTTATTAGGGATAAGGACAATATAATTGACCAATATTCTTGGGATAAATTTTCGTCAAGGCCCCATCTGATAAAGATTTTATTTCTAGTTTTCTGTTTGGTTACTCGCATTTTCTTTGGTACATTTTTCATTTTTATTAAAAACCTTTTAGCCAAATTTTAAAAACAAAATTTGGCATAAATTTAAAAAATGTTTTTACGAAGTGCACAGCGAAACAAAATAGTACATAGATTAAGAAAAGTGTTTATTTGCTTAATTTTCATAAACAAAAAACTAAAAATAAATGGTTGTTAGAGGGGACCTAAAAGTTTTTGAAATCTCTTATTGAAGTCTTAGAAGTCCAGGAAGATCCCACTGCATATCTTTATCTATATTAGGTTAGGCTACCTTCTCTGTTATAATAACATATTTTCAATGTTGAAAATGGAAATGTTTCAATTGTTTGTTTCGTATTATGAAAAGTTTGACGTGGGTATCAAATATCAATGTTGAAAATGGAAATTAATTTGTTGAGGAAATGTTAAAGGATTTTCTTGGTTGCGTGGGTATTGATTATTTGTTGAATAAACTATTTGATTGTTATAATTGGTGGTGTGAGAACAGAATCAGTATCTTATATTTACAATGTTGAGGTAGTTAGATGGTGCTTGCATATCAGTTATAGAGACATACATATATTGAATCCTTGTCCGCAGGTGACAGGACAGGGCATACAGTAATTAACCAATAATTATGTTATGTTTAACTGCAGTTGAGCATAGTTATGCTGTTATCCAGACCCCAACACATCCACGTCAGTTCAACCGAGTATGCGAATGCGAAGGGCCTAAAATTCAGTGGTGGAAGATCGAGTGATGGCATGGCATGGTTGGAAAAGAGAATGCACCACCTCAAGGATGAGATGTACATGATCGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCACACTTAAAAGCACAGCTAAGAGATTTTGAGGAATAA

mRNA sequence

ATGGTGGAGCAGCCGCCGTCTGAGCTGAGCTTCTCTGGAGCTGGGGCCTGGGGGAGTAACTATTTGGACGGAAAATTGGAATGGGCAACGCAACGCAACGCAACTTTAGCAGTGAGTGACTGTGAAAGTGAAAGAGAAAGAAGGGAGGGACGCCCCGCCACCGCCTCCCTCCGCTACGCCTTCGTCTCGTCTCGTTCTATGCCATTCGCAACCCCGTTTCGTCCAATTGAACTGCCTCGAGACAAGCTGCCAATGGAGCCGTCTCCAGACTCTGCTTCCTACTACACGCCTGAATCATCTTCTTCCCCTGCTGGCCGCATATCCGATCCCAGCGAGACATCTTCTTCGCCGAACGGTTTTCACCAGGACGTCGAAATTGAGTCACCTGCTTTATTGAGAAGTGAAGAGTATCGGCAGTTGTTTCGTCTTCCACCTGATGAAGTCCTTATTGAAGACTTTAATTGTGCTTTCCAAGAGAACATACTAATTCAGGGCCACATGTATCTGTTCATGCACTATATTTGCTTCTACTCCAACATCTTTGGGTTTGAGACAAAGAAAGTAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAGATATTTGACGGAGAGAAAAAGTATTTCTTTGCATCTTTTCTGTCTCGTGATGAGGCCTTTAAGCTTATTGATGATGGATGGTCGCAGCATGCTAAAGGGACCGAAGGAAATATGGAAAATCAGAAATCAATAAATGAATCTAGCAGACAGGAAGATGGTATCCTTGGCATTGAAAATGCCACGGAGCTGGATTCTTCTACAGATTCTTTTGACAGGAGTATGAATACTCCCATTCCTGATGTTTCTATGGTTCAAGCCAATGTTGAAGAGGAAAATGGGCCAAAGACACTACCAGTAGTACCTATTAATGTAATTCAGGAAGCAGAGCCAATTCTTGATAGTCATGCTTCAAGTTCAAGAAAGACATTGACATGGAAGCTGGAAAATGTGGATGCTCCCAAGGTACCGGATTGTTTTACCAAGGTTGCAGAATCAAAGTTTCCGATACAGGTGGAGGATTTCTTTAGTTTCTATTTTTCAGATGACGCAATTAATTTTCTTTCTTCATATCATGAACAATGTGGAGATAAAGAGTTCAAATGTTCTCCATGGCGTCCTGATGACATATTTGGGCATACACGTCATTTATCATTTAAACATCCAATAAAATTATATTTTGGTGCAAAGTTTAGTGGCTGCTCGGAGATCCAGAAATTTCGAGTTTATCGAGATAGTCATTTGGTCATTGAGCTAATGCAAGAAGTCAATGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGGATATTGGGAGGTGAAGAAAGATGCTGATGAATCAAATAAATGCTGCATCTTGAGGGTATATGTGAACGTGGCATTTCTGAAAAGAACTGTTTGGAAAGGGAAAATAGTGCAGTCTACTATTGAAGAATGCCGAGAGGCCTATGGAATGTGGGTTCAGATGGCAAGGGAATTGTTGAAGCAGAAACTTAAAGAATTTGAAGAGGGAAGTCCTAGTGGTAGTACATCGTATAGTGGTAAAGATCATCATATTGAAGAAGAAACGAATAACAGCAAATCATTGGAAAGGTCAAATGAGAAGATTGACGCTAGAAGATTAACTGAGATGCCATATTCCACTGACGTTGATCAACAAGCTGAAAACTTTACTCGAGGAGTTCATTCTACTACGTTTGCTTCTTGGTCAAGAGGATACATGAAGAAGTTTTGGTCTTTGTTACGAAGTCAGAATTATCTTCCTCTTGCACTAGTTATCACTTTTGCTGTGATTTTCCTAATGCAGTTGAGCATAGTTATGCTGTTATCCAGACCCCAACACATCCACGTCAGTTCAACCGAGTATGCGAATGCGAAGGGCCTAAAATTCAGTGGTGGAAGATCGAGTGATGGCATGGCATGGTTGGAAAAGAGAATGCACCACCTCAAGGATGAGATGTACATGATCGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCACACTTAAAAGCACAGCTAAGAGATTTTGAGGAATAA

Coding sequence (CDS)

ATGGTGGAGCAGCCGCCGTCTGAGCTGAGCTTCTCTGGAGCTGGGGCCTGGGGGAGTAACTATTTGGACGGAAAATTGGAATGGGCAACGCAACGCAACGCAACTTTAGCAGTGAGTGACTGTGAAAGTGAAAGAGAAAGAAGGGAGGGACGCCCCGCCACCGCCTCCCTCCGCTACGCCTTCGTCTCGTCTCGTTCTATGCCATTCGCAACCCCGTTTCGTCCAATTGAACTGCCTCGAGACAAGCTGCCAATGGAGCCGTCTCCAGACTCTGCTTCCTACTACACGCCTGAATCATCTTCTTCCCCTGCTGGCCGCATATCCGATCCCAGCGAGACATCTTCTTCGCCGAACGGTTTTCACCAGGACGTCGAAATTGAGTCACCTGCTTTATTGAGAAGTGAAGAGTATCGGCAGTTGTTTCGTCTTCCACCTGATGAAGTCCTTATTGAAGACTTTAATTGTGCTTTCCAAGAGAACATACTAATTCAGGGCCACATGTATCTGTTCATGCACTATATTTGCTTCTACTCCAACATCTTTGGGTTTGAGACAAAGAAAGTAATCCCATTACAAGAAATAACAGCTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAGATATTTGACGGAGAGAAAAAGTATTTCTTTGCATCTTTTCTGTCTCGTGATGAGGCCTTTAAGCTTATTGATGATGGATGGTCGCAGCATGCTAAAGGGACCGAAGGAAATATGGAAAATCAGAAATCAATAAATGAATCTAGCAGACAGGAAGATGGTATCCTTGGCATTGAAAATGCCACGGAGCTGGATTCTTCTACAGATTCTTTTGACAGGAGTATGAATACTCCCATTCCTGATGTTTCTATGGTTCAAGCCAATGTTGAAGAGGAAAATGGGCCAAAGACACTACCAGTAGTACCTATTAATGTAATTCAGGAAGCAGAGCCAATTCTTGATAGTCATGCTTCAAGTTCAAGAAAGACATTGACATGGAAGCTGGAAAATGTGGATGCTCCCAAGGTACCGGATTGTTTTACCAAGGTTGCAGAATCAAAGTTTCCGATACAGGTGGAGGATTTCTTTAGTTTCTATTTTTCAGATGACGCAATTAATTTTCTTTCTTCATATCATGAACAATGTGGAGATAAAGAGTTCAAATGTTCTCCATGGCGTCCTGATGACATATTTGGGCATACACGTCATTTATCATTTAAACATCCAATAAAATTATATTTTGGTGCAAAGTTTAGTGGCTGCTCGGAGATCCAGAAATTTCGAGTTTATCGAGATAGTCATTTGGTCATTGAGCTAATGCAAGAAGTCAATGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGGATATTGGGAGGTGAAGAAAGATGCTGATGAATCAAATAAATGCTGCATCTTGAGGGTATATGTGAACGTGGCATTTCTGAAAAGAACTGTTTGGAAAGGGAAAATAGTGCAGTCTACTATTGAAGAATGCCGAGAGGCCTATGGAATGTGGGTTCAGATGGCAAGGGAATTGTTGAAGCAGAAACTTAAAGAATTTGAAGAGGGAAGTCCTAGTGGTAGTACATCGTATAGTGGTAAAGATCATCATATTGAAGAAGAAACGAATAACAGCAAATCATTGGAAAGGTCAAATGAGAAGATTGACGCTAGAAGATTAACTGAGATGCCATATTCCACTGACGTTGATCAACAAGCTGAAAACTTTACTCGAGGAGTTCATTCTACTACGTTTGCTTCTTGGTCAAGAGGATACATGAAGAAGTTTTGGTCTTTGTTACGAAGTCAGAATTATCTTCCTCTTGCACTAGTTATCACTTTTGCTGTGATTTTCCTAATGCAGTTGAGCATAGTTATGCTGTTATCCAGACCCCAACACATCCACGTCAGTTCAACCGAGTATGCGAATGCGAAGGGCCTAAAATTCAGTGGTGGAAGATCGAGTGATGGCATGGCATGGTTGGAAAAGAGAATGCACCACCTCAAGGATGAGATGTACATGATCGAGGCTCGGCTAGAGATGATGCGACGCGAGCATGCACACTTAAAAGCACAGCTAAGAGATTTTGAGGAATAA

Protein sequence

MVEQPPSELSFSGAGAWGSNYLDGKLEWATQRNATLAVSDCESERERREGRPATASLRYAFVSSRSMPFATPFRPIELPRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFEE

Homology

[Close]

BLAST of Moc05g00160 vs. NCBI nr
Match: XP_022144568.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Momordica charantia])

HSP 1 Score: 1231.1 bits (3184), Expect = 0.0e+00
Identity = 618/618 (100.00%), Postives = 618/618 (100.00%), Query Frame = 0


Query: 85  MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP 144
           MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP
Sbjct: 1   MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP 60

Query: 145 PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG 204
           PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG
Sbjct: 61  PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG 120

Query: 205 IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG 264
           IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG
Sbjct: 121 IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG 180

Query: 265 ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD 324
           ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD
Sbjct: 181 ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD 240

Query: 325 SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ 384
           SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ
Sbjct: 241 SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ 300

Query: 385 CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ 444
           CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ
Sbjct: 301 CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ 360

Query: 445 EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE 504
           EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE
Sbjct: 361 EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE 420

Query: 505 AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL 564
           AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL
Sbjct: 421 AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL 480

Query: 565 TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM 624
           TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM
Sbjct: 481 TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM 540

Query: 625 QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE 684
           QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE
Sbjct: 541 QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE 600

Query: 685 MMRREHAHLKAQLRDFEE 703
           MMRREHAHLKAQLRDFEE
Sbjct: 601 MMRREHAHLKAQLRDFEE 618

[Close]

BLAST of Moc05g00160 vs. NCBI nr
Match: XP_038874389.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 979.2 bits (2530), Expect = 1.9e-281
Identity = 507/625 (81.12%), Postives = 554/625 (88.64%), Query Frame = 0


Query: 79  PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYR 138
           PRDKLP+  SPDSAS Y PESSSS A RISD +E+SSSP+GFH+DVEI+S ALLRSEEYR
Sbjct: 18  PRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFHEDVEIQSSALLRSEEYR 77

Query: 139 QLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVR 198
           Q FRLP DEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK+IPLQEITAVR
Sbjct: 78  QFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKKIIPLQEITAVR 137

Query: 199 KAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINES 258
           KAKTAGIFPNAIEIF GEKKYFFASFLSRDEAF LI+DGW QHAKGTE  M  QKSINES
Sbjct: 138 KAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMTKQKSINES 197

Query: 259 SRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQE 318
           SRQE GILG+E A ELD S DS DRSM+TPI +VSMVQANVEEEN    LP  PI+ IQE
Sbjct: 198 SRQEIGILGVEKAKELDPS-DSSDRSMSTPILNVSMVQANVEEEN---ALPAEPIDAIQE 257

Query: 319 AEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFL 378
           +EPILD+H S+SRKTLTWK E+ DAPKVPD +T+VAESKF I+VEDFFSFYFSD+A++F+
Sbjct: 258 SEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKVEDFFSFYFSDNAVDFV 317

Query: 379 SSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHL 438
           SSYHE+CGDKEFKCS WR DD+FGHTR +SF+HPIK+YFGAK+ GC EIQKFRVYRDSHL
Sbjct: 318 SSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYGGCLEIQKFRVYRDSHL 377

Query: 439 VIELMQEVNEVPYSDYFRVEGYWEVKKDA-DESNKCCILRVYVNVAFLKRTVWKGKIVQS 498
           VIE+ QEV+EVPYSDYFRVE +WEVKKD  DESN CCILRVYVNVAF KRTVWKGKIVQS
Sbjct: 378 VIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQS 437

Query: 499 TIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNE 558
           T+EECREAYGMW+QMA+ELLKQKLK  EEG+ SGSTS SGKDHHIEEE NNSKSLE+SNE
Sbjct: 438 TLEECREAYGMWIQMAKELLKQKLKGSEEGT-SGSTSQSGKDHHIEEEINNSKSLEKSNE 497

Query: 559 KIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVIT 618
           K D RR+TE  YSTDVDQQAEN T+GV ST+ ASW R YMKK WS+LRSQNYLPLALVIT
Sbjct: 498 KNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLWSVLRSQNYLPLALVIT 557

Query: 619 FAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMY 678
           FAVIFLMQLSIV+LLSRPQHIHVSS +Y   +GLKFSGGRSSD  AWLEKRMHHLKDEMY
Sbjct: 558 FAVIFLMQLSIVLLLSRPQHIHVSSPDY--GRGLKFSGGRSSDATAWLEKRMHHLKDEMY 617

Query: 679 MIEARLEMMRREHAHLKAQLRDFEE 703
           M+EARLEMMRREHA LKAQL + EE
Sbjct: 618 MVEARLEMMRREHAQLKAQLTELEE 635

[Close]

BLAST of Moc05g00160 vs. NCBI nr
Match: XP_038874406.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Benincasa hispida])

HSP 1 Score: 974.9 bits (2519), Expect = 3.6e-280
Identity = 505/625 (80.80%), Postives = 551/625 (88.16%), Query Frame = 0


Query: 79  PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYR 138
           PRDKLP+  SPDSAS Y PESSSS A RISD +E+SSSP+GFH+DVEI+S ALLRSEEYR
Sbjct: 18  PRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFHEDVEIQSSALLRSEEYR 77

Query: 139 QLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVR 198
           Q FRLP DEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK+IPLQEITAVR
Sbjct: 78  QFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKKIIPLQEITAVR 137

Query: 199 KAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINES 258
           KAKTAGIFPNAIEIF GEKKYFFASFLSRDEAF LI+DGW QHAKGTE  M  QKSINES
Sbjct: 138 KAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMTKQKSINES 197

Query: 259 SRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQE 318
           SRQE GILG+E A ELD S DS DRSM+TPI +VSMVQANVEEEN    LP  PI+ IQE
Sbjct: 198 SRQEIGILGVEKAKELDPS-DSSDRSMSTPILNVSMVQANVEEEN---ALPAEPIDAIQE 257

Query: 319 AEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFL 378
           +EPILD+H S+SRKTLTWK E+ DAPKVPD +T+VAESKF I+VEDFFSFYFSD+A++F+
Sbjct: 258 SEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKVEDFFSFYFSDNAVDFV 317

Query: 379 SSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHL 438
           SSYHE+CGDKEFKCS WR DD+FGHTR +SF+HPIK+YFGAK+ GC EIQKFRVYRDSHL
Sbjct: 318 SSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYGGCLEIQKFRVYRDSHL 377

Query: 439 VIELMQEVNEVPYSDYFRVEGYWEVKKDA-DESNKCCILRVYVNVAFLKRTVWKGKIVQS 498
           VIE+ QEV+EVPYSDYFRVE +WEVKKD  DESN CCILRVYVNVAF KRTVWKGKIVQS
Sbjct: 378 VIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQS 437

Query: 499 TIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNE 558
           T+EECREAYGMW+QMA+ELLKQKLKE      SGSTS SGKDHHIEEE NNSKSLE+SNE
Sbjct: 438 TLEECREAYGMWIQMAKELLKQKLKE----GTSGSTSQSGKDHHIEEEINNSKSLEKSNE 497

Query: 559 KIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVIT 618
           K D RR+TE  YSTDVDQQAEN T+GV ST+ ASW R YMKK WS+LRSQNYLPLALVIT
Sbjct: 498 KNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLWSVLRSQNYLPLALVIT 557

Query: 619 FAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMY 678
           FAVIFLMQLSIV+LLSRPQHIHVSS +Y   +GLKFSGGRSSD  AWLEKRMHHLKDEMY
Sbjct: 558 FAVIFLMQLSIVLLLSRPQHIHVSSPDY--GRGLKFSGGRSSDATAWLEKRMHHLKDEMY 617

Query: 679 MIEARLEMMRREHAHLKAQLRDFEE 703
           M+EARLEMMRREHA LKAQL + EE
Sbjct: 618 MVEARLEMMRREHAQLKAQLTELEE 632

[Close]

BLAST of Moc05g00160 vs. NCBI nr
Match: XP_038874398.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Benincasa hispida])

HSP 1 Score: 972.2 bits (2512), Expect = 2.3e-279
Identity = 506/625 (80.96%), Postives = 553/625 (88.48%), Query Frame = 0


Query: 79  PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYR 138
           PRDKLP+  SPDSAS Y PESSSS A RISD +E+SSSP+GFH+DVEI+S ALLRSEEYR
Sbjct: 18  PRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFHEDVEIQSSALLRSEEYR 77

Query: 139 QLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVR 198
           Q FRLP DEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK+IPLQEITAVR
Sbjct: 78  QFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKKIIPLQEITAVR 137

Query: 199 KAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINES 258
           KAKTAGIFPNAIEIF GEKKYFFASFLSRDEAF LI+DGW QHAKGTE  M  QKSINES
Sbjct: 138 KAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMTKQKSINES 197

Query: 259 SRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQE 318
           SRQE GILG+E A ELD S DS D SM+TPI +VSMVQANVEEEN    LP  PI+ IQE
Sbjct: 198 SRQEIGILGVEKAKELDPS-DSSD-SMSTPILNVSMVQANVEEEN---ALPAEPIDAIQE 257

Query: 319 AEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFL 378
           +EPILD+H S+SRKTLTWK E+ DAPKVPD +T+VAESKF I+VEDFFSFYFSD+A++F+
Sbjct: 258 SEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKVEDFFSFYFSDNAVDFV 317

Query: 379 SSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHL 438
           SSYHE+CGDKEFKCS WR DD+FGHTR +SF+HPIK+YFGAK+ GC EIQKFRVYRDSHL
Sbjct: 318 SSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYGGCLEIQKFRVYRDSHL 377

Query: 439 VIELMQEVNEVPYSDYFRVEGYWEVKKDA-DESNKCCILRVYVNVAFLKRTVWKGKIVQS 498
           VIE+ QEV+EVPYSDYFRVE +WEVKKD  DESN CCILRVYVNVAF KRTVWKGKIVQS
Sbjct: 378 VIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQS 437

Query: 499 TIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNE 558
           T+EECREAYGMW+QMA+ELLKQKLK  EEG+ SGSTS SGKDHHIEEE NNSKSLE+SNE
Sbjct: 438 TLEECREAYGMWIQMAKELLKQKLKGSEEGT-SGSTSQSGKDHHIEEEINNSKSLEKSNE 497

Query: 559 KIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVIT 618
           K D RR+TE  YSTDVDQQAEN T+GV ST+ ASW R YMKK WS+LRSQNYLPLALVIT
Sbjct: 498 KNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLWSVLRSQNYLPLALVIT 557

Query: 619 FAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMY 678
           FAVIFLMQLSIV+LLSRPQHIHVSS +Y   +GLKFSGGRSSD  AWLEKRMHHLKDEMY
Sbjct: 558 FAVIFLMQLSIVLLLSRPQHIHVSSPDY--GRGLKFSGGRSSDATAWLEKRMHHLKDEMY 617

Query: 679 MIEARLEMMRREHAHLKAQLRDFEE 703
           M+EARLEMMRREHA LKAQL + EE
Sbjct: 618 MVEARLEMMRREHAQLKAQLTELEE 634

[Close]

BLAST of Moc05g00160 vs. NCBI nr
Match: XP_011650619.2 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus] >KGN56363.2 hypothetical protein Csa_011643 [Cucumis sativus])

HSP 1 Score: 947.6 bits (2448), Expect = 6.2e-272
Identity = 493/625 (78.88%), Postives = 540/625 (86.40%), Query Frame = 0


Query: 79  PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYR 138
           PRDKLP  PS DSAS Y PESSSS A RISD +E+SSSP+GF +DVEI+S ALLRSEEYR
Sbjct: 18  PRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQEDVEIQSSALLRSEEYR 77

Query: 139 QLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVR 198
           QLFRLP DEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK+IP +EITAVR
Sbjct: 78  QLFRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKKIIPFREITAVR 137

Query: 199 KAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINES 258
           KAKTAGIFPNAIEI  GEKKYFFASFLSRDEAF LI+DGW QHAKGTE  M+ QKSINES
Sbjct: 138 KAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMKKQKSINES 197

Query: 259 SRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQE 318
           SRQE GILG+E A ELD S DS DRSM+TPI +VS+VQANVEE N P TLP  PI   QE
Sbjct: 198 SRQEIGILGVEKAKELDPS-DSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVATQE 257

Query: 319 AEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFL 378
           AEPILD HAS+SR+TL WK E+ DAP VPD +T+VAESKFPI VEDFFSFYFSD A++F+
Sbjct: 258 AEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINVEDFFSFYFSDSAVDFV 317

Query: 379 SSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHL 438
           SSYHE+CGDKE KCS WR DD+FGHTR +SF+HPIK+YFGAKF GC E QKFRVYRDSHL
Sbjct: 318 SSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFGGCLETQKFRVYRDSHL 377

Query: 439 VIELMQEVNEVPYSDYFRVEGYWEVKKDA-DESNKCCILRVYVNVAFLKRTVWKGKIVQS 498
           VIE+ QEV+EVPYSDYFRVE +WEVKKD  DESN CCILRVYVNVAF KRTVWKGKIVQS
Sbjct: 378 VIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQS 437

Query: 499 TIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNE 558
           T+EECREAYG+W+QMA+ELLKQKL   EEG+  GS S SG+DHHIE+E NN+KSLE SNE
Sbjct: 438 TLEECREAYGLWIQMAKELLKQKLTGSEEGT-RGSASQSGEDHHIEKERNNNKSLEMSNE 497

Query: 559 KIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVIT 618
           K D RR TE  YSTDVDQQA+N  +GV+ST+ ASW R Y KK W +LRSQNYLPLALVIT
Sbjct: 498 KNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLWIVLRSQNYLPLALVIT 557

Query: 619 FAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMY 678
           FAVIFLMQLSIVMLLSRPQHIHVSS +Y   +GLKFSGGRSSD  AWLEKRMHHLKDEMY
Sbjct: 558 FAVIFLMQLSIVMLLSRPQHIHVSSPDY--GRGLKFSGGRSSDATAWLEKRMHHLKDEMY 617

Query: 679 MIEARLEMMRREHAHLKAQLRDFEE 703
           M+EARLEMMRREHA LKAQLR+ EE
Sbjct: 618 MVEARLEMMRREHAQLKAQLRELEE 638

[Close]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot
Match: F4HVW5 (Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=VAD1 PE=1 SV=1)

HSP 1 Score: 503.1 bits (1294), Expect = 5.3e-141
Identity = 299/639 (46.79%), Postives = 403/639 (63.07%), Query Frame = 0


Query: 76  IELPRD--KLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLR 135
           ++LPR   K+    SP+  S   P S      R  DPS +S SP+   +  + +S  + +
Sbjct: 13  VDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR-HDPSTSSPSPS---RGGDNQSEVISK 72

Query: 136 SEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQE 195
           SEEYRQLFRLP DE+L++DFNCA QE+IL+QGHMYLF+HYICFYSNIFG+ETKK+IP  E
Sbjct: 73  SEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIFGYETKKIIPFAE 132

Query: 196 ITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQK 255
           I+ V++AKTAGIFPNAIEI  G KKYFFASFLSRDEAFKLI DGW ++  G+    E + 
Sbjct: 133 ISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEY--GSAVKSEGEI 192

Query: 256 SINESSRQEDGIL-----GIENATELDSST--DSFDRSMNTPIPDVSMVQANVEEENGPK 315
            + E  +  DG++      ++ A ELD     ++   S ++ +P +S        +NG  
Sbjct: 193 LVTE-PQVSDGVVKRARSSMDLANELDIPVRDETLHLSSSSSLPVIS--------QNG-- 252

Query: 316 TLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFF 375
              V P +V + AEP +D  A++   T  WK E+ DAPK+   FTKVAE+KF I VE+FF
Sbjct: 253 ---VPPSSVQRHAEPDVDVVAAN---TFNWKPEDTDAPKLSSDFTKVAEAKFSIPVEEFF 312

Query: 376 SFYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSE 435
             +FSD A++F+ S+H+ CGDKEF+C+ W+P +  GHTR++SF+HPIK+YFGAKF GC E
Sbjct: 313 RLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFGGCQE 372

Query: 436 IQKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLK 495
            QKFR+YR+SHLVIE  QE+++VPY+DYF VEG W++K+D  +S + CIL VYVNVAF K
Sbjct: 373 SQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCILDVYVNVAFSK 432

Query: 496 RTVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEET 555
           RTVWKGKIVQST+EECREAY  W++MA ELLKQK  E +EG+                  
Sbjct: 433 RTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEGN------------------ 492

Query: 556 NNSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFW----S 615
                L    E + AR   E     D + + E    GV   +        +K+ W    S
Sbjct: 493 ----KLIEDGEPLAARE--ERVSECDEEGKVEMVGEGVVKKS--------LKEAWVNLTS 552

Query: 616 LLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGM 675
            ++ Q+     +V+ FAVI LMQ++IV+LL +     V   E  +   +      + + +
Sbjct: 553 FVKRQSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEYHERYDEYSV------NGETL 590

Query: 676 AWLEKRMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFE 702
            WLEKRMH L++EM M+E RL+ MR++HA LKAQ    E
Sbjct: 613 GWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLE 590

[Close]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot
Match: Q96CP6 (Protein Aster-A OS=Homo sapiens OX=9606 GN=GRAMD1A PE=1 SV=2)

HSP 1 Score: 116.7 bits (291), Expect = 1.1e-24
Identity = 184/693 (26.55%), Postives = 272/693 (39.25%), Query Frame = 0


Query: 63  SSRSMPFATPF---RPIELPRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNG 122
           S RS P ++P    R   LP  + P EP P +      +SSS   G    PS  S     
Sbjct: 8   SGRSTPSSSPSLRKRLQLLPPSRPPPEPEPGTMVEKGSDSSSEKGGVPGTPSTQSLGSRN 67

Query: 123 FHQD-------VEIESPAL-LRSEEYRQLF-RLPPDEVLIEDFNCAFQENILIQGHMYLF 182
           F ++         + SP    R+E++R+LF +LP  E LI D++CA Q  IL+QG +YL 
Sbjct: 68  FIRNSKKMQSWYSMLSPTYKQRNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRLYLS 127

Query: 183 MHYICFYSNIFGFETKKVIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEA 242
            ++ICFYSNIF +ET   I L+E+T ++K KTA + PNAI+I    +K+FF SF +RD  
Sbjct: 128 ENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGARDRC 187

Query: 243 FKLIDDGWS-----------------QHAKGTE--------------------------- 302
           F LI   W                      G+E                           
Sbjct: 188 FLLIFRLWQNALLEKTLSPRELWHLVHQCYGSELGLTSEDEDYVSPLQLNGLGTPKEVGD 247

Query: 303 ----------------------GNMENQKSINESSRQEDGILGIENATE--LDSSTDSFD 362
                                 G+     + N S    D   G E   E  +DS  D+  
Sbjct: 248 VIALSDITSSGAADRSQEPSPVGSRRGHVTPNLSRASSDADHGAEEDKEEQVDSQPDASS 307

Query: 363 RSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVD 422
               TP+ +    +    + +GP TL   P++++   E + D+  SSS        E  D
Sbjct: 308 SQTVTPVAEPPSTEPT--QPDGPTTLG--PLDLLPSEELLTDTSNSSSSTG-----EEAD 367

Query: 423 -APKVPDCFTK-VAESKFPIQVEDFFSFYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDI 482
            A  +PD   + +  S F +  E      FSD    FL  + +QC   +   SPW  D  
Sbjct: 368 LAALLPDLSGRLLINSVFHVGAERLQQMLFSDSP--FLQGFLQQCKFTDVTLSPWSGDSK 427

Query: 483 FGHTRHLSFKHPIKLYFGAKFSGCSEIQKF--RVYRDSHLVIELMQEVNEVPYSDYFRVE 542
               R L++  PI    G K +   E Q    R  +    V++       +PY DYF   
Sbjct: 428 CHQRRVLTYTIPISNPLGPKSASVVETQTLFRRGPQAGGCVVDSEVLTQGIPYQDYFYT- 487

Query: 543 GYWEVKKDADESNKCCILRVYVNVAFL--------KRTVWKGKIVQSTIEECR----EAY 602
                      +++ CIL +  N A L        ++  W   +V+S IE+      E Y
Sbjct: 488 -----------AHRYCILGLARNKARLRVSSEIRYRKQPW--SLVKSLIEKNSWSGIEDY 547

Query: 603 GMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRLTE 651
             +  + REL K +    EEG        SG              L R    +  R   +
Sbjct: 548 --FHHLERELAKAEKLSLEEGGKDARGLLSG--------------LRRRKRPLSWRAHGD 607

[Close]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot
Match: Q06681 (Membrane-anchored lipid-binding protein YSP2 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) OX=559292 GN=YSP2 PE=1 SV=1)

HSP 1 Score: 104.4 bits (259), Expect = 5.4e-21
Identity = 107/437 (24.49%), Postives = 191/437 (43.71%), Query Frame = 0


Query: 97   PESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFR---LPPDEVLIEDF 156
            P +S++ +G I       S  + F  +  IE  +  ++ E+  LF+   + P+E LI D 
Sbjct: 610  PRTSTAGSGNIHAIMGLDSGNDDFKLE-GIEYASEKKNSEFHTLFKDCDINPNEKLIVDH 669

Query: 157  NCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAGIFPNAIEIF 216
            +CA   +IL+QG MY+   +I F+SNI G+ +   IP +EI  + K  TAGIFPN I I 
Sbjct: 670  SCALSRDILLQGRMYISDAHIGFFSNILGWVSTVFIPFKEIVQIEKKTTAGIFPNGIVID 729

Query: 217  DGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDGILGIENATE 276
                KY FASF+SRD  F LI D W+Q   G       +K  N     +DG +   ++  
Sbjct: 730  TLHTKYIFASFMSRDATFDLITDVWNQIILG-------KKYRNGFGNNDDGTISDSSSAF 789

Query: 277  LDSSTDS-FDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILDSHASSSRK 336
             D S D+  D  ++   PD++       ++        +  +V  E+  +       ++K
Sbjct: 790  FDDSDDNDDDGDLDDDDPDINSTDMTSSDD--------IDADVFNESNDL-----GKNQK 849

Query: 337  TLTWKL-ENVDAPKVPDCFTK-----VAESKFPIQVEDFFSFYFSDDAINFLSSYHEQC- 396
            +  + L  N  +P   D         V E+     +    +  + +D      SY+E+  
Sbjct: 850  STNYLLGPNKHSPTTADFKPSNNDHLVIEANINAPLGKVVNLLYGEDV-----SYYERIL 909

Query: 397  -GDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVY-RDSHLVIELM 456
               K F+ SP   + +    R  ++  P+    G   + C        Y  + ++ +  +
Sbjct: 910  KAQKNFEISPIPNNFLTKKIRDYAYTKPLSGSIGPSKTKCLITDTLEHYDLEDYVKVLSI 969

Query: 457  QEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECR 516
             +  +VP  + F V+  +    D + S K   L VY +V +  ++  K  I + T +   
Sbjct: 970  TKNPDVPSGNIFSVKTVFLFSWDKNNSTK---LTVYNSVDWTGKSWIKSMIEKGTFDGVA 1017

Query: 517  EAYGMWVQMARELLKQK 521
            +   + +   +++L  +
Sbjct: 1030 DTTKIMISEIKKILSDE 1017

[Close]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot
Match: Q3KR56 (Protein Aster-A OS=Rattus norvegicus OX=10116 GN=Gramd1a PE=2 SV=2)

HSP 1 Score: 103.6 bits (257), Expect = 9.3e-21
Identity = 75/190 (39.47%), Postives = 106/190 (55.79%), Query Frame = 0


Query: 63  SSRSMPFATPF---RPIELPRDKLPMEPSPDSASYYTPES-SSSPAGRISDPSETSS--S 122
           S RS P ++P    R   LP  + P  P P+  +     S SSS    +S    T S  S
Sbjct: 8   SGRSSPSSSPSLRKRLQLLPPSRPPSAPEPEPGTMVEKGSDSSSEKSGVSGTLSTQSLGS 67

Query: 123 PNGFHQDVEIESPALL-------RSEEYRQLF-RLPPDEVLIEDFNCAFQENILIQGHMY 182
            N      +++S   +       R+E++R+LF +LP  E LI D++CA Q  IL+QG +Y
Sbjct: 68  RNFIRNSKKMQSWYSMLCPTYKQRNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRLY 127

Query: 183 LFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRD 239
           L  ++ICFYSNIF +ET   I L+E+T ++K KTA + PNAI+I    +K+FF SF +RD
Sbjct: 128 LSENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGARD 187

[Close]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot
Match: Q8VEF1 (Protein Aster-A OS=Mus musculus OX=10090 GN=Gramd1a PE=1 SV=2)

HSP 1 Score: 100.5 bits (249), Expect = 7.9e-20
Identity = 76/191 (39.79%), Postives = 108/191 (56.54%), Query Frame = 0


Query: 63  SSRSMPFATPF---RPIELPRDKLP--MEPSPDSASYYTPESSSSPAGRISDPSETSS-- 122
           S RS P ++P    R   LP  + P   EP P +      +SSS  +G +S    T S  
Sbjct: 8   SGRSSPSSSPSLRKRLQLLPPIRPPPASEPEPGTMVEKGSDSSSEKSG-VSGTLSTQSLG 67

Query: 123 SPNGFHQDVEIESPALL-------RSEEYRQLF-RLPPDEVLIEDFNCAFQENILIQGHM 182
           S N      +++S   +       R+E++R+LF +LP  E LI D++CA Q  IL+QG +
Sbjct: 68  SRNFIRNSKKMQSWYSMLCPTYKQRNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRL 127

Query: 183 YLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSR 239
           YL  ++ICFYSNIF +ET   I L+E+T ++K KTA + PNAI+I    +K+FF SF +R
Sbjct: 128 YLSENWICFYSNIFRWETTISIQLKEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGAR 187

[Close]

BLAST of Moc05g00160 vs. ExPASy TrEMBL
Match: A0A6J1CTM4 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Momordica charantia OX=3673 GN=LOC111014217 PE=4 SV=1)

HSP 1 Score: 1231.1 bits (3184), Expect = 0.0e+00
Identity = 618/618 (100.00%), Postives = 618/618 (100.00%), Query Frame = 0


Query: 85  MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP 144
           MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP
Sbjct: 1   MEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYRQLFRLP 60

Query: 145 PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG 204
           PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG
Sbjct: 61  PDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRKAKTAG 120

Query: 205 IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG 264
           IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG
Sbjct: 121 IFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINESSRQEDG 180

Query: 265 ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD 324
           ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD
Sbjct: 181 ILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQEAEPILD 240

Query: 325 SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ 384
           SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ
Sbjct: 241 SHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFLSSYHEQ 300

Query: 385 CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ 444
           CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ
Sbjct: 301 CGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHLVIELMQ 360

Query: 445 EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE 504
           EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE
Sbjct: 361 EVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKRTVWKGKIVQSTIEECRE 420

Query: 505 AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL 564
           AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL
Sbjct: 421 AYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNEKIDARRL 480

Query: 565 TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM 624
           TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM
Sbjct: 481 TEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVITFAVIFLM 540

Query: 625 QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE 684
           QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE
Sbjct: 541 QLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMYMIEARLE 600

Query: 685 MMRREHAHLKAQLRDFEE 703
           MMRREHAHLKAQLRDFEE
Sbjct: 601 MMRREHAHLKAQLRDFEE 618

[Close]

BLAST of Moc05g00160 vs. ExPASy TrEMBL
Match: A0A6J1F4N9 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111442129 PE=4 SV=1)

HSP 1 Score: 944.9 bits (2441), Expect = 1.9e-271
Identity = 490/635 (77.17%), Postives = 545/635 (85.83%), Query Frame = 0


Query: 70  ATPFRPIEL--PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIE 129
           A    PIEL  PR KLPM+ SPDSAS Y P+SSSS A R +DP+ETSS P+G H+D+EI+
Sbjct: 3   AAAAEPIELPQPRHKLPMDLSPDSASCYPPQSSSSSAHRTADPNETSSPPDGLHEDLEIQ 62

Query: 130 SPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKK 189
           S ALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK
Sbjct: 63  SSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKK 122

Query: 190 VIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEG 249
           +IPLQEITA+R+AKTAGIFPNAIEI  GEKK+FFASFLSRDEAF LI+DGWSQ  KGTE 
Sbjct: 123 IIPLQEITALRRAKTAGIFPNAIEIIVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTEA 182

Query: 250 NMENQKSINESSRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKT 309
            +  Q S+NESSRQE   LGIE A ELD S DS DRSMNTPI +VSMVQANVEEENG KT
Sbjct: 183 ILTKQISVNESSRQEISNLGIEKAKELDPS-DSSDRSMNTPILNVSMVQANVEEENGTKT 242

Query: 310 LPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFS 369
           LP VPI+VIQEAEPILD+HAS+SRK + WK E+ +APKVPDC+TKVAESKFPI+VEDFFS
Sbjct: 243 LPPVPIDVIQEAEPILDAHASTSRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFS 302

Query: 370 FYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEI 429
           FYFSDDA++F+SSYHE+CGDKEFKCS WR DD+ G TR +SF+HPIK+YFGAKF GC EI
Sbjct: 303 FYFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEI 362

Query: 430 QKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKR 489
           QKFRVYRDSHLV+E++QEV++VPYSDYFRVE +WEVK D DESN  CIL VYVNVAF KR
Sbjct: 363 QKFRVYRDSHLVVEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKR 422

Query: 490 TVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETN 549
           TVWKGKIVQST+EECREAYG+W+QMA+ELL+QKLKE EEG P GSTS S KD  +EEE N
Sbjct: 423 TVWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSSKDPPVEEEIN 482

Query: 550 NSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQ 609
            SKSLE+SNE  D RRLTE  +STDVDQQ EN ++GV S + ASW R Y+KK  S LRSQ
Sbjct: 483 RSKSLEKSNEMNDQRRLTESQFSTDVDQQPENLSQGVDSPSHASWWREYVKKLCSSLRSQ 542

Query: 610 NYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEK 669
           NYLPLALVITF VIFLMQLSIV+LLSRPQHIH+S  +  NA GLKFSGGRS D MAWLEK
Sbjct: 543 NYLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD--NASGLKFSGGRSPDTMAWLEK 602

Query: 670 RMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFEE 703
           RMHHLKDEM M+EARLEMMRREHA LKAQLRD EE
Sbjct: 603 RMHHLKDEMNMVEARLEMMRREHAQLKAQLRDLEE 633

[Close]

BLAST of Moc05g00160 vs. ExPASy TrEMBL
Match: A0A0A0L3J6 (VASt domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G116750 PE=4 SV=1)

HSP 1 Score: 944.5 bits (2440), Expect = 2.5e-271
Identity = 492/625 (78.72%), Postives = 539/625 (86.24%), Query Frame = 0


Query: 79  PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLRSEEYR 138
           PRDKLP  PS DSAS Y PESSSS A RISD +E+SSSP+GF +DVEI+S ALLRSEEYR
Sbjct: 18  PRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQEDVEIQSSALLRSEEYR 77

Query: 139 QLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVR 198
           QL RLP DEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK+IP +EITAVR
Sbjct: 78  QLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKKIIPFREITAVR 137

Query: 199 KAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQKSINES 258
           KAKTAGIFPNAIEI  GEKKYFFASFLSRDEAF LI+DGW QHAKGTE  M+ QKSINES
Sbjct: 138 KAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMKKQKSINES 197

Query: 259 SRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKTLPVVPINVIQE 318
           SRQE GILG+E A ELD S DS DRSM+TPI +VS+VQANVEE N P TLP  PI   QE
Sbjct: 198 SRQEIGILGVEKAKELDPS-DSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVATQE 257

Query: 319 AEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFSFYFSDDAINFL 378
           AEPILD HAS+SR+TL WK E+ DAP VPD +T+VAESKFPI VEDFFSFYFSD A++F+
Sbjct: 258 AEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINVEDFFSFYFSDSAVDFV 317

Query: 379 SSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEIQKFRVYRDSHL 438
           SSYHE+CGDKE KCS WR DD+FGHTR +SF+HPIK+YFGAKF GC E QKFRVYRDSHL
Sbjct: 318 SSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFGGCLETQKFRVYRDSHL 377

Query: 439 VIELMQEVNEVPYSDYFRVEGYWEVKKDA-DESNKCCILRVYVNVAFLKRTVWKGKIVQS 498
           VIE+ QEV+EVPYSDYFRVE +WEVKKD  DESN CCILRVYVNVAF KRTVWKGKIVQS
Sbjct: 378 VIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIVQS 437

Query: 499 TIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETNNSKSLERSNE 558
           T+EECREAYG+W+QMA+ELLKQKL   EEG+  GS S SG+DHHIE+E NN+KSLE SNE
Sbjct: 438 TLEECREAYGLWIQMAKELLKQKLTGSEEGT-RGSASQSGEDHHIEKERNNNKSLEMSNE 497

Query: 559 KIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQNYLPLALVIT 618
           K D RR TE  YSTDVDQQA+N  +GV+ST+ ASW R Y KK W +LRSQNYLPLALVIT
Sbjct: 498 KNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLWIVLRSQNYLPLALVIT 557

Query: 619 FAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEKRMHHLKDEMY 678
           FAVIFLMQLSIVMLLSRPQHIHVSS +Y   +GLKFSGGRSSD  AWLEKRMHHLKDEMY
Sbjct: 558 FAVIFLMQLSIVMLLSRPQHIHVSSPDY--GRGLKFSGGRSSDATAWLEKRMHHLKDEMY 617

Query: 679 MIEARLEMMRREHAHLKAQLRDFEE 703
           M+EARLEMMRREHA LKAQLR+ EE
Sbjct: 618 MVEARLEMMRREHAQLKAQLRELEE 638

[Close]

BLAST of Moc05g00160 vs. ExPASy TrEMBL
Match: A0A6J1IFM2 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111472873 PE=4 SV=1)

HSP 1 Score: 941.4 bits (2432), Expect = 2.1e-270
Identity = 491/635 (77.32%), Postives = 543/635 (85.51%), Query Frame = 0


Query: 70  ATPFRPIEL--PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIE 129
           A    PIEL  PRDKLPM+ SPDSAS Y P+SSSS A R +DP+ETSS P+GFH+DVEI+
Sbjct: 3   AAAAEPIELPQPRDKLPMDLSPDSASCYPPQSSSSSADRTADPNETSSPPDGFHEDVEIQ 62

Query: 130 SPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKK 189
           S ALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK
Sbjct: 63  SSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKK 122

Query: 190 VIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEG 249
           +IPLQEITA+R+AKTAGIFPNAIEI  GEKK+FFASFLSRDEAF LI+DGWSQ  KGTE 
Sbjct: 123 IIPLQEITALRRAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTEA 182

Query: 250 NMENQKSINESSRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKT 309
            +  Q S+NESSRQE   LGIE A ELD S DS DRSMNTPI +VSMVQANVEEENGPKT
Sbjct: 183 ILTKQISVNESSRQEISNLGIEKAKELDPS-DSSDRSMNTPILNVSMVQANVEEENGPKT 242

Query: 310 LPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFS 369
           LP VPI+ IQEAEPILD+HAS+ RK + WK E+ +APKVPDC+TKVAESKFPI+VEDFFS
Sbjct: 243 LPPVPIDTIQEAEPILDAHASTLRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFS 302

Query: 370 FYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEI 429
           FYFSDDA++F+SSYHE+CGDKEFKCS WR DD+ G TR +SF+HPIK+YFGAKF GC EI
Sbjct: 303 FYFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEI 362

Query: 430 QKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKR 489
           QKFRVYRDSHLVIE++QEV++VPYSDYFRVE +WEVK D DESN  CIL VYVNVAF KR
Sbjct: 363 QKFRVYRDSHLVIEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKR 422

Query: 490 TVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETN 549
           TVWKGKIVQST+EECREAYG+W+QMA+ELL+QKLKE EEG P GSTS S KD  +EEE N
Sbjct: 423 TVWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSCKDPPVEEEIN 482

Query: 550 NSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQ 609
            SKSLE+SNE  D RRLTE   STDV QQ E  ++GV S + ASW R Y+KK  SLLRSQ
Sbjct: 483 RSKSLEKSNETNDQRRLTESQCSTDVGQQPEILSQGVDSPSHASWWREYVKKLCSLLRSQ 542

Query: 610 NYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEK 669
           NYLPLALVITF VIFLMQLSIV+LLSRPQHIH+S  +  NA GLK SGGRS D MAWLEK
Sbjct: 543 NYLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD--NASGLKVSGGRSPDTMAWLEK 602

Query: 670 RMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFEE 703
           RMHHLKDEM M+EARLEMMRREHA LKAQLRD EE
Sbjct: 603 RMHHLKDEMNMVEARLEMMRREHAQLKAQLRDLEE 633

[Close]

BLAST of Moc05g00160 vs. ExPASy TrEMBL
Match: A0A6J1F3U9 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111442129 PE=4 SV=1)

HSP 1 Score: 938.3 bits (2424), Expect = 1.8e-269
Identity = 489/635 (77.01%), Postives = 544/635 (85.67%), Query Frame = 0


Query: 70  ATPFRPIEL--PRDKLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIE 129
           A    PIEL  PR KLPM+ SPDSAS Y P+SSSS A R +DP+ETSS P+G H+D+EI+
Sbjct: 3   AAAAEPIELPQPRHKLPMDLSPDSASCYPPQSSSSSAHRTADPNETSSPPDGLHEDLEIQ 62

Query: 130 SPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKK 189
           S ALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLF+HYICFYSNIFGFETKK
Sbjct: 63  SSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKK 122

Query: 190 VIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEG 249
           +IPLQEITA+R+AKTAGIFPNAIEI  GEKK+FFASFLSRDEAF LI+DGWSQ  KGTE 
Sbjct: 123 IIPLQEITALRRAKTAGIFPNAIEIIVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTEA 182

Query: 250 NMENQKSINESSRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEENGPKT 309
            +  Q S+NESSRQE   LGIE A ELD S DS D SMNTPI +VSMVQANVEEENG KT
Sbjct: 183 ILTKQISVNESSRQEISNLGIEKAKELDPS-DSSD-SMNTPILNVSMVQANVEEENGTKT 242

Query: 310 LPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFFS 369
           LP VPI+VIQEAEPILD+HAS+SRK + WK E+ +APKVPDC+TKVAESKFPI+VEDFFS
Sbjct: 243 LPPVPIDVIQEAEPILDAHASTSRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFS 302

Query: 370 FYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSEI 429
           FYFSDDA++F+SSYHE+CGDKEFKCS WR DD+ G TR +SF+HPIK+YFGAKF GC EI
Sbjct: 303 FYFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEI 362

Query: 430 QKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLKR 489
           QKFRVYRDSHLV+E++QEV++VPYSDYFRVE +WEVK D DESN  CIL VYVNVAF KR
Sbjct: 363 QKFRVYRDSHLVVEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKR 422

Query: 490 TVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEETN 549
           TVWKGKIVQST+EECREAYG+W+QMA+ELL+QKLKE EEG P GSTS S KD  +EEE N
Sbjct: 423 TVWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSSKDPPVEEEIN 482

Query: 550 NSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFWSLLRSQ 609
            SKSLE+SNE  D RRLTE  +STDVDQQ EN ++GV S + ASW R Y+KK  S LRSQ
Sbjct: 483 RSKSLEKSNEMNDQRRLTESQFSTDVDQQPENLSQGVDSPSHASWWREYVKKLCSSLRSQ 542

Query: 610 NYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGMAWLEK 669
           NYLPLALVITF VIFLMQLSIV+LLSRPQHIH+S  +  NA GLKFSGGRS D MAWLEK
Sbjct: 543 NYLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD--NASGLKFSGGRSPDTMAWLEK 602

Query: 670 RMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFEE 703
           RMHHLKDEM M+EARLEMMRREHA LKAQLRD EE
Sbjct: 603 RMHHLKDEMNMVEARLEMMRREHAQLKAQLRDLEE 632

[Close]

BLAST of Moc05g00160 vs. TAIR 10
Match: AT1G02120.1 (GRAM domain family protein )

HSP 1 Score: 503.1 bits (1294), Expect = 3.7e-142
Identity = 299/639 (46.79%), Postives = 403/639 (63.07%), Query Frame = 0


Query: 76  IELPRD--KLPMEPSPDSASYYTPESSSSPAGRISDPSETSSSPNGFHQDVEIESPALLR 135
           ++LPR   K+    SP+  S   P S      R  DPS +S SP+   +  + +S  + +
Sbjct: 13  VDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR-HDPSTSSPSPS---RGGDNQSEVISK 72

Query: 136 SEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQE 195
           SEEYRQLFRLP DE+L++DFNCA QE+IL+QGHMYLF+HYICFYSNIFG+ETKK+IP  E
Sbjct: 73  SEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIFGYETKKIIPFAE 132

Query: 196 ITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAKGTEGNMENQK 255
           I+ V++AKTAGIFPNAIEI  G KKYFFASFLSRDEAFKLI DGW ++  G+    E + 
Sbjct: 133 ISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEY--GSAVKSEGEI 192

Query: 256 SINESSRQEDGIL-----GIENATELDSST--DSFDRSMNTPIPDVSMVQANVEEENGPK 315
            + E  +  DG++      ++ A ELD     ++   S ++ +P +S        +NG  
Sbjct: 193 LVTE-PQVSDGVVKRARSSMDLANELDIPVRDETLHLSSSSSLPVIS--------QNG-- 252

Query: 316 TLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVEDFF 375
              V P +V + AEP +D  A++   T  WK E+ DAPK+   FTKVAE+KF I VE+FF
Sbjct: 253 ---VPPSSVQRHAEPDVDVVAAN---TFNWKPEDTDAPKLSSDFTKVAEAKFSIPVEEFF 312

Query: 376 SFYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFKHPIKLYFGAKFSGCSE 435
             +FSD A++F+ S+H+ CGDKEF+C+ W+P +  GHTR++SF+HPIK+YFGAKF GC E
Sbjct: 313 RLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFGGCQE 372

Query: 436 IQKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVNVAFLK 495
            QKFR+YR+SHLVIE  QE+++VPY+DYF VEG W++K+D  +S + CIL VYVNVAF K
Sbjct: 373 SQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCILDVYVNVAFSK 432

Query: 496 RTVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEGSPSGSTSYSGKDHHIEEET 555
           RTVWKGKIVQST+EECREAY  W++MA ELLKQK  E +EG+                  
Sbjct: 433 RTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEGN------------------ 492

Query: 556 NNSKSLERSNEKIDARRLTEMPYSTDVDQQAENFTRGVHSTTFASWSRGYMKKFW----S 615
                L    E + AR   E     D + + E    GV   +        +K+ W    S
Sbjct: 493 ----KLIEDGEPLAARE--ERVSECDEEGKVEMVGEGVVKKS--------LKEAWVNLTS 552

Query: 616 LLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSTEYANAKGLKFSGGRSSDGM 675
            ++ Q+     +V+ FAVI LMQ++IV+LL +     V   E  +   +      + + +
Sbjct: 553 FVKRQSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEYHERYDEYSV------NGETL 590

Query: 676 AWLEKRMHHLKDEMYMIEARLEMMRREHAHLKAQLRDFE 702
            WLEKRMH L++EM M+E RL+ MR++HA LKAQ    E
Sbjct: 613 GWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLE 590

[Close]

BLAST of Moc05g00160 vs. TAIR 10
Match: AT3G59660.1 (C2 domain-containing protein / GRAM domain-containing protein )

HSP 1 Score: 86.7 bits (213), Expect = 8.3e-17
Identity = 90/406 (22.17%), Postives = 159/406 (39.16%), Query Frame = 0


Query: 140 LFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGFETKKVIPLQEITAVRK 199
           +F L PDEV+   ++CA + + L  G MY+   +ICF+SN+F  + K V+PL +I  +R+
Sbjct: 234 IFDLLPDEVVEHSYSCALERSFLYHGRMYVSAWHICFHSNVFSKQMKVVVPLGDIDEIRR 293

Query: 200 AKTAGIFPNAIEIF----------------DGEKKYFFASFLSRDEAFKLIDDGWSQHAK 259
           ++ A I P AI I                 DG  +Y FASF +R+   K +         
Sbjct: 294 SQHALINP-AITIILRMGAGGHGVPPLGTPDGRVRYKFASFWNRNHTLKAL--------- 353

Query: 260 GTEGNMENQKSINESSRQEDGILGIENATELDSSTDSFDRSMNTPIPDVSMVQANVEEEN 319
                   Q+++N        +L +E      S+     R+ ++ +     VQ    E+ 
Sbjct: 354 --------QRAVN----NYHAMLEVEKKERAQSAL----RAHSSSVKGGGKVQVKAPEDT 413

Query: 320 GPKTLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKFPIQVE 379
               +PV     I+E                             +    +    F    E
Sbjct: 414 A--AVPVKFQAFIKE-----------------------------EVLVNIYNDVFASTPE 473

Query: 380 DFFSFYFSDDAINFLSSYHEQCGDKEFKCSPWR-PDDIFGHTRHLSFKHPIKLYFGAKFS 439
              +   +DD+  + + Y     DK     PW   ++  G  R + F+           +
Sbjct: 474 QVLNVLLADDS-TYTNEYRSARKDKNLNIEPWHTAEEYDGQVREIKFRSICNSPMCPPDT 533

Query: 440 GCSEIQKFRVYRDSH-LVIELMQEVNEVPYSDYFRVEGYWEVKKDADESNKCCILRVYVN 499
             +E Q   +  D   LV E +Q+ ++VP+  YF V   W ++   + S+   ++ + V 
Sbjct: 534 AVTEWQHVVLSPDKKVLVFETVQQPHDVPFGSYFEVHCRWRLEAKDETSS---VIDIRVG 578

Query: 500 VAFLKRTVWKGKIVQSTIEECREAYGMWVQMARELLKQKLKEFEEG 528
           V F K  + + KI    I+E ++   + +++A   LK        G
Sbjct: 594 VHFKKWCLMQSKIKAGAIDEYKKEVEVMLEVALSYLKSHSSSSSHG 578

[Close]

BLAST of Moc05g00160 vs. TAIR 10
Match: AT5G50170.1 (C2 calcium/lipid-binding and GRAM domain containing protein )

HSP 1 Score: 58.2 bits (139), Expect = 3.2e-08
Identity = 80/392 (20.41%), Postives = 158/392 (40.31%), Query Frame = 0


Query: 124  VEIESPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGF 183
            + I SP   ++  +++LF LP +E L++++ C  +  + +QG ++L    + FYSN+FG 
Sbjct: 683  LNIRSPQ--KNSAFQKLFGLPHEEFLLKEYTCYLKRKLPVQGKLFLSARIVAFYSNVFGH 742

Query: 184  ETKKVIPLQEITAVRKAKTAGIFPNAIEIFDGEKKYFFASFLSRDEAFKLIDDGWSQHAK 243
            +TK     ++I  ++      + P               +F S      LI         
Sbjct: 743  KTKFYFLWEDIDDIQ------VLP--------------PTFASLGSPLLLII-------- 802

Query: 244  GTEGNMENQKSINESSRQEDGILG--IENATELDSSTDSFDRSMNTPIPDVSMVQANVEE 303
              + N          S+ ++G L    ++    D+++ +      T    V      VEE
Sbjct: 803  -LKKNRGLDAKHGAKSQDDEGRLSFYFQSFVSFDATSRTIMALWKTRTLSVDHRAQIVEE 862

Query: 304  EN---GPKTLPVVPINVIQEAEPILDSHASSSRKTLTWKLENVDAPKVPDCFTKVAESKF 363
            +     P  LP   + V+ +A+ ++                           +KV     
Sbjct: 863  DQDVADPFLLPEA-VTVVSDADALM--------------------------MSKVYTCDL 922

Query: 364  PIQVEDFFSFYFSDDAINFLSSYHEQCGDKEFKCSPWRPDDIFGHTRHLSFK--HPIKLY 423
            P  VE     +   +    +    E+ G   +  + W       + R LS+K  H + ++
Sbjct: 923  PCDVELVMKIFGGGELERKIM---EKSGCLSYASTTWESKKPGVYERRLSYKYNHYVSVF 982

Query: 424  FGAKFSGCSEIQKFRVYRDSHLVIELMQEVNEVPYSDYFRVEGYWEVKKDADE--SNKCC 483
             G     C++ QK     D   ++  +  +++VP+ D+FRV   +EVKK   +  ++KC 
Sbjct: 983  GGG--VTCAQ-QKSPAPNDEGWILNEIVALHDVPFGDHFRVHIRYEVKKAGVDCKTSKC- 1007

Query: 484  ILRVYVNVAFLKRTVWKGKIVQSTIEECREAY 507
               VY+ + +LK   ++ +I +S +E+ R  +
Sbjct: 1043 --EVYLKIRWLKTIKFEQRISKSIMEKFRNRF 1007

[Close]

BLAST of Moc05g00160 vs. TAIR 10
Match: AT1G03370.1 (C2 calcium/lipid-binding and GRAM domain containing protein )

HSP 1 Score: 47.0 bits (110), Expect = 7.3e-05
Identity = 41/170 (24.12%), Postives = 78/170 (45.88%), Query Frame = 0


Query: 124 VEIESPALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFMHYICFYSNIFGF 183
           + + SP    +  +++LF LP +E LI DF C  +  + +QG ++L    + FY++IFG 
Sbjct: 679 INVRSPQ--TNSAFQKLFGLPQEEFLINDFTCHLKRKMPLQGRLFLSARIVGFYASIFGN 738

Query: 184 ETKKVIPLQEITAVR-KAKTAGIFPNAIEIF-------------------DGEKKYFFAS 243
           +TK     ++I  ++    T     + I +                    +G  K+ F S
Sbjct: 739 KTKFFFLWEDIEEIQVLPPTLASMGSPIVVMTLRPNRGLDARIGAKTHDEEGRLKFHFHS 798

Query: 244 FLSRDEAFKLIDDGWSQHAKGTEGNME--NQKSINESSRQEDGI-LGIEN 271
           F+S + A K I   W   +   E  ++   ++S  +   +E G+ LG+++
Sbjct: 799 FVSFNVAQKTIMALWKAKSLTPEQKVQAVEEESEQKLQSEESGLFLGVDD 846

The following BLAST results are available for this feature:

BLAST of Moc05g00160 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022144568.1	0.0e+00	100.00	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Momordica charant...	[more]
XP_038874389.1	1.9e-281	81.12	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Benincasa hispida...	[more]
XP_038874406.1	3.6e-280	80.80	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Benincasa hispida...	[more]
XP_038874398.1	2.3e-279	80.96	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Benincasa hispida...	[more]
XP_011650619.2	6.2e-272	78.88	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus] ...	[more]

BLAST of Moc05g00160 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HVW5	5.3e-141	46.79	Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana OX=37...	[more]
Q96CP6	1.1e-24	26.55	Protein Aster-A OS=Homo sapiens OX=9606 GN=GRAMD1A PE=1 SV=2	[more]
Q06681	5.4e-21	24.49	Membrane-anchored lipid-binding protein YSP2 OS=Saccharomyces cerevisiae (strain...	[more]
Q3KR56	9.3e-21	39.47	Protein Aster-A OS=Rattus norvegicus OX=10116 GN=Gramd1a PE=2 SV=2	[more]
Q8VEF1	7.9e-20	39.79	Protein Aster-A OS=Mus musculus OX=10090 GN=Gramd1a PE=1 SV=2	[more]

BLAST of Moc05g00160 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1CTM4	0.0e+00	100.00	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Momordica chara...	[more]
A0A6J1F4N9	1.9e-271	77.17	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita mosch...	[more]
A0A0A0L3J6	2.5e-271	78.72	VASt domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G116750 PE=4 S...	[more]
A0A6J1IFM2	2.1e-270	77.32	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita maxim...	[more]
A0A6J1F3U9	1.8e-269	77.01	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita mosch...	[more]

BLAST of Moc05g00160 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G02120.1	3.7e-142	46.79	GRAM domain family protein	[more]
AT3G59660.1	8.3e-17	22.17	C2 domain-containing protein / GRAM domain-containing protein	[more]
AT5G50170.1	3.2e-08	20.41	C2 calcium/lipid-binding and GRAM domain containing protein	[more]
AT1G03370.1	7.3e-05	24.12	C2 calcium/lipid-binding and GRAM domain containing protein	[more]

InterPro

Analysis Name: InterPro Annotations of Bitter gourd (OHB3-1) v2
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 683..702
None	No IPR available	COILS	Coil	Coil	coord: 542..562
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 537..556
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 92..122
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 73..122
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 524..556
None	No IPR available	PANTHER	PTHR47666	PROTEIN VASCULAR ASSOCIATED DEATH 1, CHLOROPLASTIC	coord: 96..701
None	No IPR available	CDD	cd13220	PH-GRAM_GRAMDC	coord: 145..238 e-value: 1.12174E-49 score: 166.527
IPR004182	GRAM domain	SMART	SM00568	gram2001c	coord: 135..201 e-value: 3.4E-22 score: 89.7
IPR004182	GRAM domain	PFAM	PF02893	GRAM	coord: 137..241 e-value: 1.3E-23 score: 83.1
IPR031968	VASt domain	PFAM	PF16016	VASt	coord: 353..501 e-value: 1.2E-29 score: 103.7
IPR031968	VASt domain	PROSITE	PS51778	VAST	coord: 349..521 score: 35.475109
IPR011993	PH-like domain superfamily	GENE3D	2.30.29.30		coord: 133..241 e-value: 6.0E-38 score: 131.0

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Moc05g00160.1	Moc05g00160.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042742	defense response to bacterium
biological_process	GO:0043069	negative regulation of programmed cell death
biological_process	GO:0009723	response to ethylene
biological_process	GO:0009751	response to salicylic acid
cellular_component	GO:0016021	integral component of membrane